Federal Register / Voi. 45, No. 251 / Tuesday, December 30, 1980 / Notices 85861

Atmosphere (NACOA) will meet Date & Time: January 23-24,1981, 8:30 computers for university-based Theoretical Thursday and Friday, January 15-16, a.m.-5:00 p.m. each day. Physics research and recommend an 1981. The Subgroup will meet in the B- Place: Hilton Inn, Room 339, Salt Lake appropriate strategy for meeting the 100 conference room of Page Building City, Utah. / computational needs of this area of No. 1, 2001 Wisconsin Avenue, NW., Type of Meeting: Closed. research. Washington, D.C. Contact Person: Dr. Fred Stollnitz Agenda: The session, which will be open to the Program Director, Psychobiology Ja nu ary 15, 1981, 9 a.m. to 5 p.m.: Review of public, will convene at 9:00 a.m. and Program, Room 320, National Science available studies on the usage of computers adjourn at 4:00 p.m. each day. The Foundation, Washington, D.C. (202) for theoretical research by university agenda for the meeting of the Marine 357-7949. scientists. Preliminary discussion of Transportation Subgroup is as follows: Purpose of Subcommittee: To provide Subcommittee recommendations. advice and recommendations Ocean Problems and Transoceanic Shipping Ja nu ary 16, 1981, 9 a.m. to 5 p.m.: concerning support for research in Continuation of previous day’s discussion. A. If.S. merchant marine capabilities to psychobiology. Ja nu ary 17, 1981, 9 a.m. to 5 p.m.: meet national trade and defense needs. Agenda: To review and evaluate Continuation of previous day's discussion. B. Flags of convenience. research proposals as part of the C. Other issues. selection process for awards. M. Rebecca Winkjer, NACOA has initiated a study to Reason for Closing: The proposals being Committee Management Coordinator. formulate national goals and objectives reviewed include information of a December 22,1980. for the oceans in the decade of the proprietary or confidential nature, [FR Doc. 80-40459 Filed 12-29-80; 8:45 amj 1980’s and beyond. To support the including technical information, BILLING CODE 7555-01-M conduct of this study, the Secretary of financical data, such as salaries, and Commerce has established the IATF for personal information concerning individuals associated with the NACOA. The IATF will be responsible Advisory Council; Task Group No. 15; proposals. These matters are within for the preparation of preliminary Meeting recommendations in the areas of energy, exemptions (4) and (6) of 5 U.S.C. fisheries, marine transportation, ocean 552b(c), Government in the Sunshine In accordance with the Federal minerals, ocean operations and services, Act. Advisory Committee Act, Pub. L. 92-463, pollution, and waste management. Authority To Close Meeting: This the National Science Foundation determination was made by the Persons desiring to attend will be announces the following meeting: admitted to the extent seating is Committee Management Officer Name: Task Group No. 15 of the NSF available. Persons wishing to make pursuant to provisions of Section 10(d) Advisory Council. formal statements should notify the of Pub. L. 92-463. The committee Management Officer was delegated Place: Room 523, National Science Chairperson of the Subgroup on Marine the authority to make such Foundation, 1800 G Street, N.W., Transportation, Dr. Don Walsh, in determinations by the Director, NSF, Washington, D.C. 20550. advance of the meeting. The on July 6,1979. Date: Friday, January 30,1981. Chairperson retains the prerogative to M. Rebecca Winkler, Time: 9:00 a.m. till 5:00 p.m. impose limits on the duration of oral Type of Meeting: Open. statements and discussion. Written Committee Management Coordinator. Contact Person: Ms. Jeanne Hudson, statements may be submitted before or December 22,1980. / Executive Secretary of the NSF Advisory after each session. |FR Doc. 80-40458 Filed 12-29-80; 8:45 am) Council, National Science Foundation, Additional information concerning BILLING CODE 7555-01-M Room 518,1800 G Street, N.W., this meeting may be obtained through Washington, D.C. 20550. Telephone: 202/ the NACOA Executive Director, Mr. Advisory Committee for Physics; 357-9433. Steven N. Anastasion, or CDR Tom Subcommittee on Computational Purpose of Task Group: The purpose of the Nunes, the Staff Member for the Marine Facilities for Theoretical Research; Task Group, composed of members of the Transportation Subgroup. The mailing Meeting NSF Advisory Council, is to provide the full address is: NACOA, 3300 Whitehaven Advisory Council with a mechanism to In accordance with the Federal Street NW. (Suite 438, Page Building No. consider numerous issues of interest to the Advisory Committee Act, Pub. L. 92-463, 1), Washington, D.C. 20235. Council that have been assigned by the the National Science Foundation Steven N. Anastasion, National Science Foundation. announces the following meeting: Executive Director. Summary Minutes: May be obtained from the (FR Doc. 80-40455 Filed12-29-80; 8:45 amj Name: Advisory Committee for Physics— contact person at above stated address. BILLING CODE 3510-12-M Subcommittee on Computational Facilities Agenda: The Task Group is asked to for Theoretical Research. determine the role of NSF in the science Date and Time: January 15-17,1981; 9 a.m. to education for the general public. The task 5 p.m. each day. NATIONAL SCIENCE FOUNDATION Group will focus on mechanisms to Place: National Science Foundation, 1800 G Street, NW., Washington, D.C. 20550. Room encourage greater interagency cooperation Advisory Committee for Behavioral and will suggest mechanisms to foster and Neural Sciences; Subcommittee 628 each day. Type of Meeting: Open. increased and/or expanded in-school as for Psychobiology; Meeting Contact Person: Dr. Richard A. Isaacson, well as out-of-school programs for In accordance with the Federal Division of Physics, National Science education in the sciences and technology. Advisory Committee Act, Pub. L. 92-463, Foundation, Washington, D.C. 20550. M. Rebecca Winkler, Telephone (202) 357-7979. as amended, the National Science Committee Management Coordinator. Foundation announces the following Summary of Minutes: Will be available as an attachment to the minutes of the full December 22,1980. meeting: Committee meeting to be held in February, [FR Doc. 80-40460 Filed 12-29-80; 8:45 am] Name: Subcommittee on Psychobiology 1981. BILLING CODE 7555-01-M of the Advisory Committee for Purpose of Subcommittee: To examine Behavioral and Neural Sciences. present and future trends for the usage of 85862 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Notices

NUCLEAR REGULATORY Support of Nuclear Power Plants,” was Commission pursuant to Section COMMISSION issued for interim use and comment. 12(f)(1)(B) of the Securities Exchange Comments have been received and Act of 1934 and Rule 12f-l thereunder, [Docket No. 50-389] evaluated. The Nuclear Regulatory for unlisted trading privileges in the Florida Power & Light Co. (St. Lucie Commission and the Federal Emergency common stock of: Nuclear Power Plant, Unit 2); Management Agency have used the Dart & Kraft Incorporated, Common Reconstitution of Atomic Safety and comments in revising the document. The Stock, $2.50 Par Value (File No, 7- Licensing Appeal Board revision process included close 5795). coordination with State and local This security is listed and registered Notice is hereby given that, in planning groups. on one or more other national securities accordance with the authority conferred As a result, Revision 1 of NUREG- exchanges and is reported on the by 10 CFR 2.787(a), the Chairman of the 0654/FEMA-REP-l was published in consolidated transaction reporting Atomic Safety and Licensing Appeal November 1980. Wide distribution is system. Panel has assignedihe following panel being made to industry and to State and Interested persons are invited to members to serve as the Atomic Safety local officials who are responsible for submit on or before January 12,1981 and Licensing Appeal Board for this radiological emergency planning and written data, views and arguments construction permit proceeding: preparedness. This document is concerning the above-referenced Richard S. Salzman, Chairman. consistent with NRC and FEMA application. Persons desiring to make Dr. W. Reed Johnson. regulations and supersedes other written comments should file three Dated: December 19,1980. previous guidance and criteria published copies thereof with the Secretary of the C. Jean Bishop, by FEMA and NRC on this subject. It Securities and Exchange Commission, Secretary to the Appeal Board. will be used by reviewers in determining Washington, D.C. 20549. Following this the adequacy of State, local, and nuclear (FR Doc. 80-40376 Filed 12-29-80; 8:45 am) opportunity for hearing, the Commission power plant licensee emergency plans BILLING CODE 7590-01-M will approve the application if it finds, . and preparedness. based upon all the information available Single copies of this document are to it, that the extension of unlisted [Docket Nos. 50-354 and 50-355] available free, to the extent of supply, trading privileges pursuant to such by writing to the Director, Division of application is consistent with the Public Service Electric & Gas Co. and Technical Information and Document maintenance of fair and orderly markets Atlantic City Electric Co. (Hope Creek Control, U.S. Nuclear Regulatory and the protection of investors. Generating Station, Units 1 and 2); Commission, Washington, D.C. 20555; or Reconstitution of Atomic Safety and For the Commission, by the Division of to Headquarters, Federal Emergency Market Regulation, pursuant to delegated Licensing Appeal Board Management Agency, 1725 I Street NW., authority. Notice is hereby given that, in Washington, D.C. 20472, Attention: George A. Fitzsimmons, accordance witli the authority conferred Administrative Services Division. S ecreta ry . Copies will also be available for review by 10 CFR 2.787(a), the Chairman of the [FR Doc. 80-40383 Filed 12-29-80; 8:45 am] in the NRC Public Document Room, Atomic Safety and Licensing Appeal BILLING CODE 8010-01-M Panel has assigned the following Panel Washington, D.C.; the local NRC Public members to serve as the Atomic Safety Document Rooms; at FEMA and Licensing Appeal Board for this Headquarters, Administrative Services Philadelphia Stock Exchange, Inc.; construction permit proceeding: Division; and the FEMA Regional Application for Unlisted Trading Offices. Privileges and of Opportunity for Richard S. Salzman, Chairman. Dated at Washington, D.C., this 17th day of Hearing Dr. W. Reed Johnson. December 1980. Thomas S. Moore. December 18,1980. For the Nuclear Regulatory Commission. Dated: December 18,1980. E. Kevin Cornell, The above named national securities C. Jean Bishop, exchange has filed an application with Deputy Executive Director for Operations. S ecreta ry to the A p p ea l Board. the Securities and Exchange For the Federal Emergency Management Doc. Filed Commission pursuant to Section [FR 80-40377 12-29-80; 8:45 am) Agency. BILLING CODE 7590-01-M 12(f)(1)(B) of the Securities Exchange Frank A. Camm, Act of 1934 and Rule 12f-l thereunder, Associate Director for Plans and for unlisted trading privileges in the NUCLEAR REGULATORY Preparedness. common stock of: COMMISSION [FR Doc. 80-40378 Filed 12-29-80; 8:45 am) Paine Webber, Inc., Common Stock, $1 BILLING CODE 7590-01-M Par Value (File No. 7-5796). FEDERAL EMERGENCY This security is listed and registered MANAGEMENT AGENCY on one or more other national securities SECURITIES AND EXCHANGE COMMISSION exchanges and is reported on the Criteria for Preparation and Evaluation consolidated transaction reporting of Radiological Emergency Response Cincinnati Stock Exchange; system. Plans and Preparedness in Support of Application for Unlisted Trading Interested persons are invited to Nuclear Power Plants (NUREG-0654/ Privileges and of Opportunity for submit on or before January 12,1981 FEMA-REP-1, Rev. 1) Hearing written data, views and arguments concerning the above-referenced In January 1980, NUREG-0654/FEMA- December 18,1980. application. Persons desiring to make REP-1, "Criteria for Preparation and The above named national securities written comments should file three Evaluation of Radiological Emergency exchange has filed an application with copies thereof with the Secretary of the Response Plans and Preparedness in the Securities and Exchange Securities and Exchange Commission, Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Notices 85863

Washington, D.C. 20549. Following this Interest on the notes will be payable at opportunity for hearing, the Commission the rate of 14 percent per annum. will approve the application if it finds, Paul H. Taylor, based on all the information available to Fiscal Assistant Secretary. it, that the extension of unlisted trading privileges pursuant to such application Supplementary Statement is consistent with the maintenance of The announcement set forth above fair and orderly markets and the does not meet the Department’s criteria protection of investors. for significant regulations and, For the Commission, by the Division of accordingly, may be published without Market Regulation, pursuant to delegated compliance with the Departmental authority. procedures applicable to such George A. Fitzsimmons, regulations. Secretary. (FR Doc. 80-40475 Filed 12-29-80; 8:45 am) )FR Doc. 80-40382 Filed 12-29-80; 8:45 amj BILLING CODE 4810-40-M SILLING CODE S010-01-M

SYNTHETIC FUELS CORPORATION

Proposal Workshops A ction: Notice/Invitation. Sum m ary The U.S. Synthetic Fuels Corporation will conduct two pre-proposal workshops on January 19 at the Hilton Hotel in New York City and on January 28 at the Fairmont Hotel in Denver. The purpose of these workshops is to provide prospective proposers and interested parties an opportunity to meet SFC officers and staff to discuss our solicitation, evaluation and selection process and the various forms of financial assistance available through the SFC. Note.—The SFC is authorized to financially assist the commercial production of synthetic fuels from coal (including peat and lignite), shale, tar sands (including heavy oils), and water (as a source of hydrogen through electrolysis). inquiries: Lillian Clarke/Jim Ajello, Telephone 202/653-^400. Address: 1200 New Hampshire Avenue, N.W., Suite 460, Washington, D.C. 20586. United States Synthetic Fuels Corporation. For the Board of Directors. John C. Sawhill, Chairman. December 22,1980. (FR Doc. 80-40388 Filed 12-29-80; 8:45 am) BILLING CODE 6450-01-M

DEPARTMENT OF THE TREASURY

(Supplement to Department Circular Public Debt Series No. 38-80]

Series H-1984 Notes; Interest Rate December 22,1980. The Secretary announced on December 18,1980 that the interest rate on the notes designated Series H-1984 described in Department Circular— Public Debt Series—No. 38-80 dated December 11,1980, will be 14 percent. 85864-85912

Sunshine Act Meetings Federal Register Vol. 45, No. 251

Tuesday, December 30, 1980

This section of the FEDERAL REGISTER 721, Federal Credit Union insurance and 8. Request for special assistance under Contains notices of meetings published group purchasing activities. Section 208 and purchase and assumption tinder the “Government in the Sunshine 5. Consideration of Interpretive Ruling and under Sections 107 and 205 of the Federal Act” (Pub. L. 94-409) 5 U.S.C. Policy Statement regarding the use of Credit Union Act. Closed pursuant to 552b(e)(3). statistical sampling for the verification of exemptions (8) and (9)(A)(iiJ. members’ accounts that is required by 9. Allocations of Executive Positions and Section 115 of the Federal Credit Union Act Noncareer Appointment Authority. Closed and Section 741.2 of the NCUA Rules and pursuant to exemptions (2) and (6). CONTENTS Regulations. 10. Consideration of change to NCUA Items 6. Final Rule on Premiums. policy regarding share-to-Loan Transfers in National Credit Union Administration.... t, 2, 3 7. Adoption of an NCUA System of involuntary liquidations. Closed pursuant to National Mediation Board...... 4 Grievance Records, exemption (9)(B). 8. Publication of Fifth Semi-Annual Agenda 11. Delegation of 208 Assistance to assist in in Federal Register. the voluntary liquidation of solvent insured 1 9. Report on actions taken under credit unions. Closed pursuant to exemption NATIONAL CREDIT UNION delegations of authority. (2). ADMINISTRATION. ' 10. Applications for charters, amendments 12. Consideration of Policy change to to charters, bylaw amendments, mergers as permit the use of collection agencies. Closed TIME AND DATE: 10 a.m., Tuesday, may be pending at that time. pursuant to exemption (9)(B). December 30,1980. The meeting was held at 9:30 a.m., in 13. Consideration' of Policy change to allow PLACE: 1776 G. Street, NW., Washington, Finance companies to bid on loan portfolios. the 7th Floor Board Room, 1776 G St., D.C., 7th Floor Board Room. Closed pursuant to exemption (9)(B). NW., Washington, D.C. s t a t u s : Closed. FOR MORE INFORMATION CONTACT: The meeting was held at 10:30 a.m., in MATTERS TO BE CONSIDERED: Rosemary Brady, Secretary of the Board, the 7th Floor Board Room, 1776 G Street, 1. Merger. Closed pursuant to examptions telephone (202) 357-1100. NW., Washington, D.C. (8) and (9)(A)(ii). [S-2357-80 Filed 12-29-80; 8:45 am] FOR MORE INFORMATION CONTACT: 2. Establishment of Special Reserves under BILLING CODE 7535-01-M Rosemary Brady, Secretary of the Board, Section 201 of the Federal Credit Union Act telephone (202) 357r 1100. or Alternatively Administrative Actions (S-2358-80 Filed 12-29-80; 8:45 am] under Section 206 of the Federal Credit Union 3 Act. Closed pursuant to exemptions (8), BILLING CODE 7535-01-M (9) (A)(ii) and (10). NATIONAL CREDIT UNION ADMINISTRATION. 3. Requests from federally insured credit 4 unions for special assistance under Section 208 of the Federal Credit Union Act. Closed Notice of Change in Subject of Meeting NATIONAL MEDIATION BOARD. pursuant to exemptions (8) and (9)(A)(ii). The National Credit Union t im e a n d d a t e : 2 p.m., Wednesday, FOR MORE INFORMATION CONTACT: Joan Administration Board determined that January 7,1981. O’Neill, Program Assistant, telephone its business required that the previously p l a c e : Board Hearing Room, 8th Floor, (202) 357-1100. announced closed meeting on December 1425 K Street, NW., Washington, D.C. 18,1980, include an additional item, [S-2356-80 FilecTl2-29-80; 8:45 am) STATUS: Open. BILLING CODE 7535-01-M which was closed to public observation. Personnel Action. Closed pursuant to MATTERS TO BE CONSIDERED: examption (2). (1) Ratification of Board actions taken by 2 The previously announced items were: notation voting during the month of NATIONAL CREDIT UNION December, 1980. ADMINISTRATION. 1. Proposed mergers. Closed pursuant to (2) Other priority matters which may come exemptions (8) and (9)(A)(ii). before the Board for which notice will be Notice of Change in Subject of Meeting 2. Report of action taken under Section given at the earliest practicable time. 201(c)(2) of the Federal Credit Union Act. The National Credit Union Closed pursuant to exemption (9)(A)(ii). SUPPLEMENTARY INFORMATION: Copies Administration Board determineci that 3. Administrative Actions under Section of the monthly report of the Board’s its business required that the previously i20 of the Federal Credit Union Act. Closed notation voting actions will be available announced open meeting on December pursuant to exemptions (8), (9)(A)(ii) and (10). from the Executive Secretary’s office 18,1980, include an additional item, 4. Administrative Action under Section 206 following the meeting. which was open to public observation. of the Federal Credit Union Act. Closed CONTACT PERSON FOR MORE pursuant to exemptions (8), (9)(A)(ii) and (10). Consideration of DIDC Actions of INFORMATION: Mr. Rowland K. Quinn, December 12,1980. 5. Administrative Actions under Section 207 of the Federal Credit Union Act. Closed Jr., Executive Secretary, Tel: (202) 523- The previously announced items were: pursuant to exemptions (8), (9}(A)(ii) and 5920. 1. Review of Central Liquidity Facility (9)(B). d a t e OF NOTICE: December 22,1980. Lending Rate. 6. Requests from federally insured credit (S-2359-80 Filed 12-29-80; 8:45 am] 2. Consideration of a waiver of the regular unions for special assistance under Section BILLING CODE 7550-01-M reserve transfer for the fourth quarter of 1980, 208 of the Federal Credit Union Act. Closed 3. Consideration of a revision of the pursuant to exemptions (8) and (9}(A)(ii). regulations applying to retirement accounts. 7. Division of Assets, Liabilities and 4. Consideration of Advance Notice of Capital. Closed pursuant to exemptions (8) Proposed Rulemaking for revising Regulation and (9)(A)(ii).

l 1

Reader Aids Federal Register Voi 45. No. 251

Tuesday, December 30, 1980

INFORMATION AND ASSISTANCE CFR PARTS AFFECTED DURING DECEMBER______PUBLICATIONS At the end of each month, the Office of the Federal Register Code of Federal Regulations publishes separately a list of CFR Sections Affected (LSA), which CFR Unit 202-523-3419 lists parts and sections affected by documents published since t | 1 . ” ' - ! 523-3517 the revision date of each title. General information, index, and finding aids 523-5227 551.™.™...... 85659 Incorporation by reference 1 CFR 523-4534 581...... 85666 Printing schedules and pricing information 523-3419 51...... 79489, 81484 302™™™...... 84953 734..... 83472 Federal Register 305.. ;...... 84953 831...... 85684 Corrections 523-5237 870 ...... 80472, 84955, 85685 Daily Issue Unit 523-5237 3 CFR 871 ...... 84955, 85685 Genera! information, index, and finding aids 523-5227 Administrative Orders: 872 . 84955, 85685 Public Inspection Desk 633-6930 Notice of Intent 873 ...... ;...... 84955, 85685 Scheduling of documents 523-3187 of November 28, 890...... 81728, 85695 930...... 81029 Laws 1980 (Request for comments)...... 79407 1001...... 83473 1304...... 84007 Indexes 523-5282 Memorandums: Law numbers and dates 523-5282 December 3,1980...... 80465 Proposed Rules: 523-5266 December 17,1980...... 83467 1 ...... 79846 Slip law orders (GPO) 275-3030 213..... 84808 Presidential Determinations: 890...... 81764 Presidential Documents No. 73-10 of January Executive orders and proclamations 523-5233 2,1973 (Amended 7 CFR Public Papers of the President 523-5235 by Presidential Determination No. 2 .80477, 82153, 85696 Weekly Compilation of Presidential Documents 523-5235 80-29 of December 20...... 83191 46..... 81529 Privacy Act Compilation 523-3517 4, 1980)...... 82619 210...... 82621, 82886 United States Government Manual No. 80-29 of 523-5230 December 4,1980...... 82619 215...... 82621 SERVICES No. 80-30 of 220...... 82621 December 9,1980...... 83465 225.... 85437 Agency services 523-3408 250...... 82892 Automation 523-3408 Executive Orders: 271 ...... 81030, 85697 Dial-a-Reg Executive Order of 272 . 81030, 85697 Chicago, 111. 312-663-0884 November 24,1903 273...... 79741, 83473 Los Angeles, Calif. 213-688-6694 (Revoked in part by 275...... 81030 Washington, D.C. 202-523-5022 PLO 5787)...... 80828 277...... 85699 Magnetic tapes of FR issues and CFR July 19, 1915 319...... 81530 volumes (GPO) 275-2867 (Revoked in part by 330...... 80267 Public briefings: “The Federal Register— PLO 5795)...... 85024 331...... 81728 What It Is and How To Use It” 523-5235 12254 ...... 80463 419...... 81531, 85438 Public Inspection Desk 633-6930 12255 ...... 80807 430...... 85438 Regulations Writing Seminar 523-5240 12256 ...... 83189 713...... 79743 Special Projects 523-4534 12257 ...... 84005 725.™.:.™..... 80477 Subscription orders and problems (GPO) 783-3238 Proclamations: 729...... 80479 TTY for the deaf 523-5239 4807...... 80809 730...... ;...... 79745 4808...... 82151 795...... 79746 4809...... 83469 800...... 79736, 83182 FEDERAL REGISTER PAGES AND DATES, DECEMBER 4810...... 85435 802...... 80985 4 CFR 905...... 80269, 81199. 82909, 83192 79407-79740____ ...... ___ 1 85435-85650. .29 Ch. Ill...... 79409 907...... 80269, 81532, 83193, 79741-80096.______2 85651-86376. .30 31...... 84954 84966 80097-80266™..______3 33...... 84954 910...... 80481, 81731,83474, 80267-80462™_____ 4 34™.....™...... 84954 85717 80463-80806...... 5 82...... 84954 911...... 80270 80807-81022...... 8 912 . ..82909 81023-81198...... 9 5 CFR 913 . 82909 81199-81528...... 10 Ch XIV...... 80467 915...... 80270 81529-81724.....™...... 11 213...... 81023-81029, 81725, 928...... ,81731 81725-82150...... 12 82621,83471,84755 965 ..... 82909 82151-82618...... 15 214™...... 83471 966 .... 80270 82619-82908...... 16 317...... 80467 979...... ,82911 82909-83188...... 17 330...... 85651 984...... 83475 83189-83464...... 18 351...... 81725, 83471,85651 987...... 83194 83465-84004...... 19 352...... 83471 989...... 81532 84005-84754...... 2& 359...... 80467 1133...... 81199 84755-84952™...... 2? 412------80468 1421...... 81533, 81534, 84009 84953-85434...... Ï24 536.. ... 85654 1423___ 84009 ii Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Reader Aids

1427...... 84009 8 CFR 569a...... 82154 82270,84075, 85467 73...... 82270, 85467 1490...... 83194 204...... 84010 571...... 82162 1701 . 81732, 82623, 83475, 577 ...... 82154 91...... -...... 80434,80450 238...... 81535, 82154, 84011 93...... 83252, 84380 84756 292...... 81732 578 ...... 1... 82154 1901...... 79747 701...... 79412, 81032, 85723 121...... 80450 2851...... 84755 335...... 83195 129...... 80450 341...... 84011 1204...... 84987 Proposed Rules: Proposed Rules: 135...... 80450 250...... 82888 9 CFR Ch. VII.....'...... 85052 211...... 80117 273...... 80790, 84810 215...... 80117 78...... 85718 5...... 85042 282...... 80804 8...... 85045 218...... „...... 80117 82 ...... 80097, 80813, 81535, 221...... 80124, 82656 631...... 81210 83476 29...... 79493 907...... 80117,84070 204...... „..84070 233...... 83510 83 ...... 84966 241...... 85064 959...... 80533, 84070 92...... 80098, 85438, 85720 217...... 84070 982.. ... 79818 220...... 83510 271...... 83254 989...... 81058 Proposed Rules: 294...... 80117 91...... 85767 226...... 80648, 84074 1001...... ^85767 545...... 79493, 82270, 85048 296 ...... 80124, 85075 1002...... 85767 94...... 82654 297 ...... 80124, 85075 308 ...... 79819 701...... 79494, 82955 1004...... 85767 721...... 84811 300...... '...... 81604 1006 ...... 85767 312...... 81764 302...... 83510, 85076 316...... 81764 741...... 82955 1007 ...... 85767 1204...... 85056-85059 380...... 80117 1011 ...... 85767 381...... 1...... 79819 385...... 80117 13 CFR 1012 .... 85767 10 CFR 399...... 80117 1013 ...... 85767 113...... 81734 15 CFR 1030...... 85767 Ch. II...... 82572 122...... „. 80483 1 ...... 80270 1032 ...... 85767 124...... 79413,82912 4b...... 82102 30...... 79409 1033 ...... 85767 Proposed Rules: 363...... 84020 1036...... 85767 40...... 79409, 84967 368 ...... 84021 50...... 79409, 84967 115...... „...... 85059 1040...... 85767 124 ...... 79496, 80117 369 ...... 84021 1044...... 85767 72 ....|...... 80271 370 ...... 84021 1046...... t...... 85767 73 ...... 79410, 80271, 83195 14 CFR 371 ...... 84021 75...... 84967 1049...... 85767 11...... 80815,85559 372 ...... :...... 84021 1050...... 85767 150...... 79409, 80271, 84967 373.. ..:...... 84021 170...... ,...... 84967 21...... 80972, 85559 1062...... 85767 23...... 80972, 85600 374...... 84021 1064 ...... 85767 211 ...... 82586, 84757 375 ...... 84021, 84760 212 ...... 80482, 81008 25.. .. 85600 1065 ...... 85767 36...... 80972 376 . ....80484, 84021 1068...... 85767 378...... 84928 377.. . .'...... 84021 455...... :...... 85610 39...... 79415, 79416, 80271, 1071...... 85767 81545-81547,82169,83200- 378 ...... 84021, 85446 1073...... 85767 503 ...... 84967 83202,84013-84018 379 ...... 80484, 84021 1075...... 85767 504 ...... 84967 45 855Q7 385 ...... 85916 1076...... 85767 Proposed Rules: 71...... 80272, 81548, 82170, 386 ...... 84021 1079...... 85767 Ch. I...... 79819 83203,83204,84019,85439- 387 ...... 84021 1093...... 85767 2 ...... 86459 85411 388 ...... 84027 1094...... 85767 50 ...... 79820, 81602 73...... 85442 389 ...... 85447 1096...... :..... 85767 51 ...... 79820 75...... 80273, 83205, 85441, 399...... 85446, 85916 1097 ...... 85767 70 ...... 79409, 84967, 85459 85443 Proposed Rules: 1098 ...... a...... 85767 71 ...... 81058 91...... 80972 923...... 85769 1099...... 85767 73...... 79492, 81060 93...... 85604 931...... 85769 1102...... 85767 100...... 79820 95...... 81549 1001...... 81062 1104...... 85767 212...... r...... 84920 97...... 81554, 85444 1106..... 85767 436...... 84810 121...... 80972 16 CFR 1108...... 85767 455...... 85610 125 ...... 84020 13...... 79753, 81036, 81555, 1120...... 85767 599...... 81012 135...... 80460, 80972 82625,82913,84034 1124 ...... i...... 85767 745..... 80830 139...... 80972 1000...... 80816 1125 ...... 85767 252...... 83206 1030...... 82914 12 CFR 1126 . 85767 298...... 83207, 84989 1512...... 82625 1131 ...... 85767 Ch. VI...... 81733 322 .... 79750 Proposed Rules: 1132 ...... 85767 201...... 82623 323 . 84990 4...... 82956 1133™...... 85767 203 ..... 80813 325...... 79751 13...... 80301, 82656, 84076 1134 ... 85767 204 ...... 79748,81536 374a...... 80098 441...... 80307 1135 ...... 79818,85767 205 .. 79750 385.. ...79752, 80816, 83207 444...... 85076 1136 ...... 85767 211...... 81537 399...... 82624 456...... 79823, 80833 1137 .*...... 85767 225...... 81537 Proposed Rules: 1011...... 82066 1138 ...... 85767: 262...... 81541, 81543 21...... 80434, 80450 1012...... 82066 1139 ...... 85767 303...... 79410 23...... 80450 1013...... 82066 1280...... 80535 309 ...... 79410 25...... 80450 1020...... 85772 1421...... 85039 522...... 81545 27...... 83424 1201...... 85777 1425...... 85041 541...... 82154 29...... 80450, 83424 1508 ...... 82659- 1435...... 82270 544 ...... 82154 39...... 80434, 80830, 84075 1509 .....<...... 82659 1438...... 79492 545 .....82154, 82161, 83196 43...... 80450 1446...... 85039 550...... 82162 45...... 80450 17 CFR 1924...... 83244 556...... 83196 61...... 80450 1...... 79416, 79753, 80485, 1942...... 81211 561...... „...82154 63...... 80450 84761 1951...... 83244 563...... 82154, 82168, 84985 65...... 80450 3...... '.. 80485, 82915, 84761 1955...... 82653 563c...... 82154 67...... 80295,80296 240...... 79425, 80834, 81556, 2859...... 79819 563f...... 84012 71...... 80831-80833, 81603, 83477 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Reader Aids i l l

241...... 81558 102...... 80497 205___ ...... 79427 1606...... 85632 249...... 83478, 84992 131...... 81734 207...... 79427 1910.. .™...... 85736 270 ...... ™...... 83479 145 ...... 84761 213___ ...... 79427 1952...... 83484, 83485, 85739 Proposed Rules: 146 . 80499 215...... 84046 2602...... 80822 1...... „... 79498, 79831, 84082, 173...... '...... 85726 221___ ...... 79427 2610...... 82172 84084 176...... 80500 234™...... 79427 Proposed Rules: 3...... 80539 178...... 85726 235...... 79427 Subtitle A...... 81160 145.... 80539 500...... *....86272 236...... 79427 Ch. H.„™...... 81160 147...... „...... 80539 510.....„..79757. 81037, 81737, 241...... 79427, 80276 Ch. IV...... 81160 210....™„„...... 83517 83484,85727 244___ ...... 79427 Ch. V...... „81160 230...... 83259 520...... 81738, 84761 841...... 80012 Ch. XVII..„...... 81160 239...... „...... 83517 522...... 79757, 81037, 83483 888...... 82171 Ch. XXV...... 81160 270™...... 83517 540...... 81738 3282__ ...... 82854 Ch. XXVI..„...... 84090 274...... „...... 83517 548...... 81038 3400...... 84048 4...... 81785 558...... 83483, 83484, 84762 3610...... 81743 452..... 80555 18CFR 607...... 85727 Proposed Rules: 505...... 83914 1...... 80816 640...... 80500 51 ...... 83261 530...... „.80555 271____ 80273, 84034-84036 1005...... 81739 201___ ...... 81781 1910.. .™..... 80078 282...... 79427, 80817, 80818, 1030...... 80501 207™...™...... 82958 2520.. .™... 85793 82171,82915 Proposed Rules: 213...... 82958 Proposed Rdles: Ch. I...... 83816 215...... 80836 30 CFR 35..... 82272 106...... 86362 221...... 82958 71.™...______80746 125.. '...... 82957 109 ...... 79856 232...... 82958 75.. .___ 80501 225..... 82957 110 ...... 79856 235___ ...... 82667 90„____ 80760 260...... - ...... 81062 137...... 81064 241...... 80836, 82958 211___ 84762 271. „...81063, 84814, 85779 165...... 84837 242...... 82958 221______84762 282. 80125, 81211, 84823 180 ...... 82666,84837 510___ ...... 80308 231...... 84762 292...... „80308, 80551 182...... 82666, 84837 570___ ...... 82272, 82273 250...... 81562 225 ...... 79856 885 ...... 80836 19CFR 226 ...... 79856 270______84762 891___ ...... 82273 716______83166 6.. . 80099 310..... 81154 1800-1835...... 83267 850______82084 162...... 84993 351...... 82014 3500...... 80308 177.. „...... 80100 358...... 80551, 84836 906______82173 920______79431 201...... 80275 436...... 84836 25 CFR 353..... „...„...... 84994 446...... 84836 934 ______82214 43b...... 82918 950.™__ 84765 Proposed Rules: 500...... 79856 509...... 79856 43c___ ...... 82921 Proposed Rules: 10...... 83260 233___ ...... 81560 12...... ; 79730 546...... 84836 Ch. 1...... 81160 18™„...... 1....85780 600_____ 81065, 84837, 85785 Proposed Rules: Ch. VII...... 81526 101...... 82665 606...... 81065, 84837 23...... 81781 250...... 84824 127...... 79730 610.. . „.„..81065, 84837 72.™ „...... 82667, 84088 602...... 82669 620.. „...... 81065, 84837 915.™...... 82276 132...... 85781 26 CFR 141 ...... „„...„...... 85781 630.. .*...... „.81065, 84837 916...... i...... 84824 142 ...... 85781640...... 81065, 84837 ' 1_____ .. 81743, 84048, 85730 935 ...... „...... 85797 200...... 82957 660...... 81065, 84837 7_____ ...... 84048 936 ...... 80837 212...... 81605 814...... 81769 150___ ...... 81561 944...... 84824 872...... 85962 Proposed Rules: 948...... 83544 20CFR 1...... 80837, 81066, 84088, 950...... „„82675 Ch. 1...... 81160 22 CFR 84089,85077,85786,85787 31 CFR Ch. IV...... 81160 3...... 80818 48.____ ...... 80309 Ch. V...... 81160 41 ...... 80834, 81560, 81739 51____ „80551, 80554, 81606 128...... 83213 Ch. VI...... 81160 Proposed Rules: 142...... 80309 Ch. VI1...... 81160 22...... 81778 144...... 80309 32 CFR 656...... 83926 121 ...... 83970 301...... 85788 1-39...... 81402 903.™...... 84994 122 ...... 83970 46...... 84766 27 CFR Proposed Rules: 123 ...... „83970 62a.... 84995 Ch. Ill...... 83816 124...... 83970 Proposed Rules: 143..... „84055 208...... 81064125 ...... 83970 4...... 82275, 83530 159...... 79759 210...... „...... 81064 126 ...... 83970 5„„„...... 1...... 83530 166...... 83486 216...... „..81064 127 . 83970 7...... 83530 286...... 80502 217...... ™...... 81064 128 ...... 83970 9.™...... 82470, 82472 299a...... 80106 219______81064 129 ...... 83970 354...... 84996 221„...... 81064 1J0...... 83970 28 CFR 505.™...... 83214 230...... 81064 181 ...... 81606 0...... 79758, 81201, 81745, 553...... 80521 232...... 81064 82631 581...... „...... 82925 237.______„______81064 23 CFR 2...... 84052-84054 700...... 80277 238...... 81064 771...... „...... 85449 16...... 83208 Proposed Rules: 404.... 79501, 84086 1217...... 84037 17...... 81490 Ch. I.....;...... 79508 416...... „..79501, 84087 Proposed Rules: 58...... 82631 Ch. V-VII...... 79508 689.. ...1...... 81768 635...... 80836 524...... 83920 Ch. XVI...... 80125 Proposed Rules: 294a...... 82960 21 CFR 24 CFR 2...... 81212, 84090 14...... 8572442 ...... 81740 33 CFR 73.. „ ...... 85725' 201...... 79427 29 CFR 148...... 85644 81...... 85725 203...... 79427 1601.__...... 81039 150...... 85644 IV Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Reader Aids

157...... 82248 388...... 86315 230...... 85336 7 436...... 82254 161...... 84057 389...... 86315 261...... 80286 Proposed Rules: 165...... 82251, 85449 390. ____ 86315 262 ...... 85022 Ch. I...... 83810 183...... 85449 605 .... 86308 263 ...... :.... 85022 Ch. II...... 83816 Proposed Rules: 606 ...... 86315 422..... 82253 Ch. III...... 83816 Ch. II...... 79508 617 . 86340 432...... 82253 Ch. IV...... 83816 82...... 83267 618 ...... „...... 86340 707...... 82844 36...... 82840 88...... 85468 619 ...... 86340 Proposed Rules: 51c...... 83554 89...... 85468 620 ...... 86340 Ch. 1...... 1...... 85084 56...... 83566 117...... 80839, 81607 621 ...... 86340 52...... 79513, 79514, 79836, 65...... 83579 155...... 83268 629...... 86328 80314-80316,80556-80559, 405...... 79658, 83579 161...... 85471 651...... 86331 81069,81070,81214,81608, 420...... 79658 162...... 81607 690...... 86333 81789,81792,81793,82280, 455...... 83772 179...... 85475 692...... :...... 86304 82675-82678,82964,83546, 181...... 85476 703...... 86336 84096-84099,85481. 43 CFR 320...... 79836 773...... 84950 55...... 79838 14...... 85376 321...... 79836 774...... :...... 86306 57...... 85084 35...... 80258 322...... 79836 777...... 86312 60 ..... 83126, 85085, 85099, 3800..... 82933 323...... 79836 805...... 80150 86278 Proposed Rules: 324...... 79836 61...... 83448, 83952, 84827 4...... 81074 325...... 79836 35 CFR 81...... 81070, 82964, 85100 14.... 85106 326...... 79836 Proposed Rules: 86...... 82616 1600...... 82679 327...... 79836 60...... 86278 111...... 84942 3100...... 84390 328...... 79836 103...... 80313, 85480 123...... 80317-80319, 85101 3500...... 84390 329...... 79836 162...... 85800 .4100...... 79516, 83580 330...... 79836 36 CFR 180...... 85101-85105 5400...... 84102 230...... :...... 85360 Public Land Orders: 34 CFR 7...... ,.... 85741 50 ...... 84997 264...... 82964 706 (Revoked in part Subtitle A...... 86^96 1120...... 80976 265 ...... 82964 by PLO 5785)...... 80828 Subtitle B...... 86296 1208...... 83488 266 ...... 80561 2409 (Revoked in part Ch. I...... 86296 1212...... 81184 401...... 79692, 81180, 82679 by PLO 5780)...... 80291 Ch. II...... 86296 423...... 81070 2555 (Amended by Proposed Rules: 707...... 79726 Ch. Ill...... 86296 Ch. III...... 79508 PLO 5784)...... 80827 Ch. IV...... 66296 720...... 81214, 81615 5747 (Corrected in part 7...... 82278, 85480 761...... 80320, 84828 Ch. V...... 86296 223...... 80526 by PLO 5782)...... 80291 Ch. VI...... 86296 1150...... 82080 41 CFR 5752 (Corrected in part Ch. VII...... 86296 1190...... 84826 3-7...... 84061 by PLO 5789)...... 82934 75...... 84058 5-9...... 81044 5778...... 80290 76...... 84058 38 CFR 5-10...... 81045 5779...... 80290 104...... 86390 17...... 80529 5A-9...... ,...... 810445780 ... 80291 240...... 80988 5781 . 80291 241...... 84058 36...... 79802, 79803 5A-10...... 81045 Proposed Rules: 5-19...... 8a028 5782 ...... t...... 80291 300...... 86390 5783 ...... 80291 385...... 86378 Ch. I...... 83270 5A-19...... 82928 3...... 81787 5-26...... 82932 5784 ...... i...... 80827 386...... 86378 5785 ..... 80828 387...... 86378 21 ...... 81068, 81213, 84096 5A-26...... 82932 5B-10...... 81045 5786. .... 80828 388...... 86378 39 CFR 5787...... 80828 389...... 86378 29-70...... 82828 10...... 82925 60-1...... 86216 5788...... 82934 390...... 86378 5789...... 82934 604...... 83220 111...... 79804, 81563, 84060 60-2...... 86216- 3001...... 83222 60-4...... „...85750, 86216 5790 .... 85023 674...... 84768 5791 .. 84788 675...... 84768 Proposed Rules: 60-20...... 86216 60-30...... 86216 5792 .... 85023 676...... 84768 111...... 81787, 84826 5793 ...... 85023 690...... 86394 60-50...... 86216 40 CFR 60-60...... 86216 5794 ...... 85024 773...... 84058 5795 ...... 85024 776...... 85422 Ch. I...... 81746, 81752 60-250...... 86216 778...... 85430 22 ...... 79808 60-741...... 86216 44 CFR 797...... 86372 35...... 81567, 83497, 84998 101-35.;...... 81202 101-36...... r... 81202 64 ...... 79810, 82259-82261, Proposed Rules: 51 .. ..80084, 80824 84789,85024 52 ...... 79451, 79808, 80279, 101-37...... 81202 104...... 85082 101-40...... 85751 65 ...... 79455, 79456, 82263 201...... 86306 80530,81041,82251,82252, 82632,82926,82927,83227, 109-40...... 80287 67...... 79466-79479, 79810, 206...... 86333 82935,84061,84791 84769,84999-85007,85744, Proposed Rules: 222...... 86311 85748 70...... 82634-82652 280...... 83269 Ch. 51...... 79516 56...... 85400 29...... 81160 Proposed Rules: 300...... 85082 57...... 85009 67...... 82965-82971, 83272, 350...... 86317 29-1...... 83548 84103,84104,84829-84832, 60...... 79452, 83228, 85016,29-15...... 83998 351...... 86317 85416 85106-85110 352...... 86317 60-1.™...... 86206 205...... 81215 62...... 80826 60-250...... 86206 353...... 86317 81...... 80826, 84769 354...... 86317 60-741...... 86206 45 CFR 86...... 81202 60...... 81160 355...... 86317 120...... 81042 801...... 84798 356...... 86317 123...... 81757, 81758, 83229,42 CFR Proposed Rules: 385...... 86315 83498,85016 110...... 80531 Subtitle A...... 83172, 83816 386...... 86315 180...... 82633, 82927, 85021 405...... 79453,80827,84061 Ch. II...... 83772 387...... 86315 228...... 79809, 81042 435.. ... 82254 Ch. Ill ...... t...... 83772 81081 7 6 ...... 81217 32... Ch. Xill...... 83772 285. 79844 80...... 82972 Q7 ...... 83592 410. 83412 206...... 82681 48 CFR 611. 79846, 80845, 81633, 233...... 82681 82297,82682 Proposed Rules: 1020...... 1...... 85485 ...... 80847 8...... 79843 671. 1801...... 81047 ...... 79843 1226...... ,80840 38...... 1355 ... 85124 49 CFR 1356 ...... 85124 1...... 83402 1357 ... 85124 106...... 81569 107...... 81569 46 CFR 171...... 80829, 81484, 81569 310...... 81567 172...... 81484, 81569 173...... 81484, 81569 Proposed Rules: ■ ...... 81484, 81569 3...... 84104 174...... 175...... 81484, 81569 10...... 80843 176...... 81484, 81569 ,2 83290 177...... 8 1 4 8 4 ,8 1 5 6 9 13 ...... 83290 178...... 81484, 81569 14 ...... 84104 179...... 81484 24...... 84104 30 1...... 81573 30 . 83290 511...... 81574 31 83290 533...... 81593 33...... 81616 535...... 83233 35...... 83290 571...... 82264, 85450 50 85488 572...... 82265 5 4 .!...."..."...... 85488 1000...... 80292 56...... 85488 1011...... 84069 58 85488 1033...... 79487, 80292, 83236, 61 ..85488 • ■: 85454 70...... 83290 1039...... 85640 75 81616 1100...... 80109, 80110 7 8 : : : : : : : ...... 81616 1108...... 79810 90...... 83290 1109...... 83237 94...... 81616 1111..... 79488, 79816, 84803 97 ...... 81616 1128...... 83506 ...... 81050 98 ...... 83290 1262...... 85029, 85640 105...... 83290 1300..... 108...... 81616 Proposed Rules: 15 1...... 83290 172...... 80843, 82681, 83300, 84108 153...... 83290 ...... 81621 157...... 83290 392...... 395...... 82284, 82291 160...... 81616 ...... 84108 167...... 81616 53 1 ...... 57 1 ...... 81624, 81625, 82292, 188 ...... 84104 84111 189 ...... 84104 57 4 ...... 82293 192...... 81616 64 4 ...... 79669 196...... 81616 1039...... 83300,85133, 85641 525...... 84832 1048...... 82296 1051...... 81799 47 CFR 1056...... 82297, 83642 0 ...... 84798, 85027 1090...... 85133 1 79486 1102...... 81217 2 ...... 83231 1109...... 80150, 83302 15...... 81568, 83502, 83504 1300...... 83300, 85133, 85641 63 ... 82944 1301...... 83300 64 ...... 81759, 82944 1310...... 81799 68...... 79486 73.:...... 81203, 84799-84802 50 CFR 90...... 81204, 83231, 84802 20...... 80293 97...;...... 80106 23...... 80444, 83238 26...... 80112, 83239, 85030 Proposed Rules: 33...... 80114, 80531, 81600, Ch. 1...... 81619, 82280, 83580, 82953, 83242, 85456,85765 85125,85401 351...... 85031 2 79516 611...... 81056, 82267, 84805 13...... 79518 652...... 82269 22 ...... 79516 661...... 79817 67...... 82281 810...... 80444 73*.____ 79516, 79841, 79842, 80561,81078-81080,81215, Proposed Rules: 81796,81797,82282,82283, 17 ...82474,82480 82973.82975,84833-84835 20...... 82975 VI jW eraljgegister / Voi. 45, No. 251 / Tuesday, December 30, 1980 / Reader Aids

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85916 Part II—Commerce/ITA: Publication of Advisory Notes, the Commodity Control List and Commodity Interpretations in the Code of Federal Regulations

85962 Part III—HHS/FDA: Medical Devices; Classification

Tuesday December 30, 1980

P art II

Department of Commerce International Trade Administration

Publication of Advisory Notes, the Commodity Control List and Commodity Interpretations in the Code of Federal Regulations 85916 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

DEPARTMENT OF COMMERCE Rulemaking Requirements (d) Equipment for determining the friction sensitivity of explosives.when exposed to Section 13(a) of the Export International Trade Administration charges not exceeding 36 kg in weight. Administration Act of 1979 (“the Act”) 1081A Machinery for use in the 15 CFR Parts 385 and 399 exempts regulations promulgated manufacture of aircraft, as follows: thereunder from the public participation (a) Machinery specially designed for the Publication of Advisory Notes, the in rulemaking procedures of the working or forming of aircraft sheet, plate or Commodity Control List and Administrative Procedure Act. Section extrusion; or Commodity Interpretations in the 13(b) of the Act, which expresses the (b) Machinery specially designed for the Code of Federal Regulations intent of Congress that where milling of aircraft skin. practicable “regulations imposing Note.—Licenses are likely to be approved AGENCY: International Trade controls on exports” be published in for export to satisfactory end-users provided Administration, U.S. Department of proposed form, is not applicable that the machinery does not present an Commerce. because these regulations do not impose improvement on machinery in production before the 1st January of the year ten years action: Final rule. controls on exports. It has been preceding the year of the proposed export. determined that these regulations are sum m ary: This revision makes technical not “significant” within the meaning of 1091A (a) Units for numerically controlling simultaneously coordinated changes in the regulations which are Department of Commerce necessary to include the full text of the (contouring and continuous path) movements Administrative Order 218-7 (44 FR 2082, of machine tools and dimensional inspection following sections in the Code of January 9,1979) and International Trade Federal Regulation (CFR): Advisory machines in two or more axes, except units Administration Administrative having all of the following characteristics: Notes for Selected CCL Entries Instruction 1-6 (44 FR 2093, January 9, (1) Hardwired (not softwired, i.e., not (Supplement No. 1 to Part 385), 1979) which implement Executive Order Computerized Numerical Control (CNCJJ; Commodity Control List (§ 399.T), and 12044 (43 FR 12661, March 23,1978), (2) No more than two contouring „ Commodity Interpretations (§ 399.2). In “Improving Government Regulations.” interpolating axes can be simultaneously prior years these documents were Therefore these regulations are issued in coordinated (interpolating is understood to be any mathematical function including incorporated by reference. This final form. Although there is no formal document also revises the authority linear and circular; the units may have one or comment period, public comments on more positioning axes in addition to two citation for Part 399 by updating it to the regulations are welcome on a reflect the latest statutory and contouring axes. The units may have more continuing basis. than one set of two contouring axes (e.g. units departmental authorizations. In consideration of the reasons set out controlling two independent railheads on a EFFECTIVE DATE: December 30,1980. in the preamble, 15 CFR Chapter III is vertical turret lathe), provided a separate FOR FURTHER INFORMATION CONTACT: amended as set forth below. feedrate number is required for each set of two contouring axes, and a single feedrate Richard J. Isadore, Acting Director, (Secs. 4, 5, 6, 7 ,1 3 ,1 5 ,17(d) and 21, Pub. L. number (standard or optional) does not Operations Division, Office of Export 96-72 (50 U.S.C. app. 2401 Executive et seq.\, control more than two contouring axes); 1617M, Order 12214 (45 FR 29783, May 6,1980); Administration, Room (3) Minimum programmable increment Departmental Organization Order 10-3 (45 FR Washington, D.C. 20230, 202-377-4738. equal to or greater (coarser) than 0.001 mm 6141, January 25,1980); International Trade SUPPLEMENTARY INFORMATION: Administration Organization and Function (0.0004 in.); and (4) Without interface to allow direct Order 41-1 (45 FR 11862, January 30,1980)) Advisory Notes for Selected CCL Entries computer input; Kent N. Knowles, The Advisory Notes appear in (b) Machine tools and dimensional Supplement 1 to Part 385. They were Director, Office of Export Administration. inspection machines, which according to the printed in the Federal Register on June 1. Supplement 1 to Part 385 is revised manufacturer’s technical specifications can 25.1980 (45 FR 43012-43054). They are to read as follows: be equipped with controls described in sub­ entry (a) above, except: revised and set out in full text in today’s Supplement No. 1 to Part 385—Advisory (1) Boring mills, milling machines, and document. The Advisory Notes will be Notes for Selected CCL Entries machining centers, having all of the following included in the next edition of Title 15 of 2018A Specialized machinery, equipment, characteristics: the CFR, revised as of January 1,1981. gear, and specially designed parts and (1) Maximum slide travel in any axis equal to or less than 3,000 mm (10 ft.); Commodity Control List (CCL) accessories therefor, specially designed for the examination, manufacture, testing, and (ii) Positioning accuracy of any axis equal The Commodity Control List was checking of the arms, ammunition, to or greater than ±0.01 mm per 300 mm printed in the Federal Register on June appliances, machines, and implements of (0.0004 in./ft.) and 0.005 mm for each 25.1980 (45 FR 43060-43138). Today, the war. additional 300 mm (.0002 in./additional ft.); (iii) Spindle horsepower equal to or less Department announces its intention to Note.—Licenses are likely to be approved for export to satisfactory end-users of than 20 kW (25 hp); include the CCL in full text in the next (iv) Single-working spindle; revision of Title 15 of the CFR. The CCL equipment used to determine the safety data of explosives, as required by the (v) Axial and radial axis motion measured is designated Supplement 1 to § 399.1. In International Convention on the Transport of at the spindle axis in one revolution of the addition, replacement pages issued Dangerous Goods (C.I.M.), articles 3 and 4 in spindle equal to or greater than DX2X10T5 since the June 25,1980, publication are Annex 1 RID, provided that such equipment TIR (peak-to-peak) where D is the spindle printed in today’s document and the will be used only by the railway authorities diameter; and authority section is revised and updated. of current C.I.M. members, or by Government (vi) Not more than 3 axes capable of accredited testing facilities in those countries, simultaneously coordinated contouring Commodity Interpretations for the testing of explosives to transport motion regardless of the NC unit connected The Department has decided to safety standards, as follows: to the machine; (a) Equipment for determining the ignition (2) Machine tools (other than the machines include the Commodity Interpretations and deflagration temperatures; described in sub-entry (1) above) and in the next revision of Title 15 of the (b) Equipment for steel-shell tests; dimensional inspection machines having all CFR. Therefore, the full text of the (c) Drop hammers not exceeding 20 kg in of the following characteristics: interpretations is included in today’s weight for determining the sensitivity of (i) Positioning accuracy of any axis equal document as Supplement 1 to § 399.2. explosives to shock; to or greater than ±0.01 mm p er 300 mm Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations 85917

U0.0004 in./ft.) and 0.005 mm for each additional card rack locations, wiring made of 90% or more tantalum, titanium or |additional 300 mm (0.0002 in./additional ft.); provisions for more than two servo-loops, nor zirconium, either separately or combined, I (ii) Radial axis motion measured at the physical space for later additions of these except when such surfaces are made of hpindie axis equal to or greater than 0.0008 types of items); materials containing more than 97% and less l/n/n (0.00003 in.) TIR (peak-to-peak) in one (3) Memory is limited to and not capable of than 99.7% titanium. Irevolution of the spindle (for lathes and other being extended beyond that enabling a Note.—Licenses are likely to be approved [turning machines); and maximum of two-axes simultaneous velocity for export of valves, cocks and pressure I (Hi) Not more than 3 axes capable of and path generation, plus 400 characters (8- regulators to bona fide civil end-users for isimultaneously coordinated contouring bit) of part program storage; non-aerospace end-uses. [motion regardless of the NC unit connected (4) Power supply is limited to two-axes 1205A Electro-chemical, semi-conductor, [to the machine; (the machines in sub-entry operation; and radioactive devices for the direct ■b}{!){/v) above may have multiple tool heads (5) Minimum programmable increment conversion of chemical, solar, or nuclear [or turrets, but only one working spindle equal to or greater (coarser) than 0.001 mm; energy to electrical energy, as follows: [(standard or optional) may be operative at a and (a) Electro-chemical devices, as follows: [time; the machines defined in sub-entries (6) Without interface to enable data (1) Fuel cells operating at temperatures of |(b)(i)(w) and (b)(2)(/fi) above may have more exchange with another computer; 392° F (200° C) or less, including regenerative [than one work station, but each station shall (c) The information exported with and cells, i.e., cells for generating electric power, [be limited to 2-axes contouring (e.g. vertical pertaining to the control unit shall: to which all the consumable components are [turret lathes with two independent (1) Be limited to machine language, binary supplied from outside the cell (the [railheads). The machines may have one or format, control software enabling a maximum temperature of 392° F (200° C) or less is [more discrete positioning mode axes (e.g. of two-axes simultaneous velocity and path intended to refer to the fuel cell and not the [discrete positioning index table) in addition generation; fuel conditioning equipment, which may be [to the three contouring axes. Secondary (2) Not include flow charts, logic diagrams, either an ancillary or an integral part of the [contouring axes parallel to primary nor source program documentation for the fuel cell battery and which may operate at [contouring axes (e.g. W-axis of a boring mill control software; over 392° F (200° C)); (3) Reflect only two-axes parameters in all [that has a primary Z-axis) are not to be (2) * * * electrical/mechanical installation, operation, [ considered when determining the number of (3) * * * [contouring axes; the value of the positioning or maintenance of documentation. (4) * * * accuracy described in sub-entries (b) (!)(//) 2120A Cryogenic equipment, the (b) * * * and (b)(2)(i) above does not include the width following: (c) Power sources other than nuclear of blacklash. This value is determined by the (a) * * * reactors based on radioactive materials usual statistical methods (random tests), i.e. (b) Electrical, magnetic, and electronic systems, except: [by approaching from only one direction a equipment or components, and electrical (1) Those having an output power of less [minimum of five measurement points up to a conductors, specially designed for operation than 0.5 Watt and a total weight of more than maximum of twenty-five measurement continously or discontinuously at ambient 200 lbs. (90.7 kg); or positions as random tests along one axis. temperatures below —274° F (—170° C), as (2) Those specially designed and [ National standards, e.g. the German VDI follows: developed for medical use within the human | standards No, 2354, sheet 1 and/or the United (1) Superconductive metals, alloys, body; and J States NMTBA standard (“Definition and compounds, composites, and intercalate (d) * * * ! Evaluation of Accuracy and Repeatability for materials, except: Notes.—1. Licenses are likely to be • Numerically-controlled Machine-Tools,” (1) Superconductive wire having a filament approved for export to satisfactory end-users [August 1972), can be taken as binding cross-sectional area of 4.42 x 10~3 sq.mm, (or of fuel cells covered by sub-entry (a)(1) ■ standards for this measuring method); 75 microns diameter) or greater; or above, having a maximum output power level (c) Direct Numerical Control (DNC) (ii) Superconductive niobium-titanium wire greater than 10 kW using gaseous pure systems consisting of a dedicated stored having a filament cross-sectional area of 1.26 program computer acting as a host computer hydrogen and oxygen/air reactants, alkaline x 10"3 sq.mm, (or 40 microns diameter) or electrolytic, and a catalyst support by carbon and controlling, on-line or off-line, one or greater in a copper matrix; more numerically-controlled machine tools or either pressed on a metal mesh electrode, or (2) * * * attached to a conducting porous plastic. [ inspection machines, as defined in sub-entry (3) * * * (b) above, related software, and interface and 2. Licenses are likely to be approved for (4) * \ * export to satisfactory end-users of devices communication equipment for data transfer (c) * * * ! between the host computer memory, the covered by sub-entry (c) above, having an I interpolation functions, and the numerically- Note.—Licenses are likely to be approved output power of 0.5 Watt or more and an | controlled machine tools; and for export to satisfactory end-users of overall efficiency of 6 percent or less. (The (d) Specially designed sub-assemblies individual shipments of niobium-titanium overall efficiency is obtained by dividing the ! which, according to the manufacturer’s wire covered by sub-entry (b)(1) above electrical output, expressed in watts, by the j technical specifications, can upgrade the having a filament cross-sectional area of 9.5 x thermal input, expressed in watts. It is ; capabilities of numerical control units and 10“5 sq.mm, (or 11 microns diameter) or understood that this efficiency is to be | machine tools to meet the specifications greater in a copper matrix, in quantities not measured at the beginning of life.) described in sub-entries (a), (b), or (c) above. exceeding 10 kg. 3261A Neutron generator systems, Note.—Licenses are likely to be approved 1131A Pumps (except vacuum pumps including tubes, designed for operation ! for export to satisfactory end-users of listed under entry No. 1129) having any of the without an external vacuum system and : Computer Numerical Control (CNC) units for following characteristics: utilizing electrostatic acceleration to induce a uses other than aerospace, provided that: (a) * * * tritium-deuterium nuclear reaction; and (a) At the time of export, the units are (b) Having all flow contact surfaces made specially designed parts therefor. mounted on non-controlled machine tools or of 90 percent or more tantalum, titanium, or Note.—Licenses are likely to be approved equipment; zirconium, either separately or combined, for the export to satisfactory end-users of (b) The CNC units are designed to have all except when such surfaces are made of tubes and systems whose technical of the following characteristics: materials containing more than 97percent specifications are essentially the same as (1) No more than two contouring and less than 99.7percent titanium; and those for previously approved exports, interpolating axes can be simultaneously (c) * * * provided that they are for civil use. coordinated (“Interpolating” is understood to Note.—Licenses are likely to be approved 1312A Presses and specialized controls, be any mathematical function including for export of pumps covered by sub-entry (b) accessories, and parts therefor, as follows: linear and circular. Units may not have above to bona fide civil end-users for non­ (a) * * * additional positioning axes); aerospace end-uses. (b) Hydraulic presses, as follows: (2) The cabinet shall be designed for only 1133A Valves, cocks and pressure (1) Vertical presses having a total rated 2-axes operation (i.e. there shall be no regulators having all flow contact surfaces force of over 10,000 tons; or 85918 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

(2) Horizontal presses having a total rated 1355A Machinery and equipment for the performance of the wind tunnel and, for force of over 5,000 tons; manufacture of electronic equipment, normally-consumable replacement parts, will (c) Isostatic presses, as follows (isostatic components and materials; related test gear; not exceed a 6-month supply. presses are those capable of pressurizing a parts and specialized controls and 1371A Anti-friction bearings, as follows: closed cavity through various media (gas, accessories thereof, as follows: (a) Ball and roller bearings having an inner liquid, solid particles, etc.) to create equal (a) * * * bore diameter of 10 mm or less and force in all directions within the cavity upon (b) Equipment for the manufacture of semi­ tolerances of ABEC 5, RBEC 5 (or national a workpiece or material): conductor, acoustic wave and film memory equivalents) or better and either of the (1) Capable of achieving a maximum devices, of electronic equipment and following characteristics: working pressure of 20,000 psi (1,406 k g /c m 2) components covered by sub-entry 1564II (b) (1) Made of special materials, i.e. with or greater and possessing a chamber cavity and (c), and of parts, materials and rings, balls or rollers made from any steel with an inside diameter in excess of 16 in ch es subassemblies thereof, as follows: alloy or other material including, but not (40.6 cm ); o r (1) Equipment for the processing of semi­ limited to high-speed tool steels, Monel (2) Capable of achieving a maximum conductor materials for the manufacture of metal, beryllium, metaloids, ceramic, and working pressure of 5,000 p si (351 k g /c m 2) o r devices, equipment and components specified sintered metal composites, except the greater and having a controlled thermal in the heading of this sub-entry as follows: following: low-carbon steel; SAE-52100 high environment within the closed cavity, except (1) * * * carbon chromium steel; SAE-4615 nickel those possessing a cham ber cavity with an (ii) Crystal pullers, furnaces, and gas molybdenum steel; AISI-440C (SAE 51440C) inside diameter of less than 5 inches (127 systems, as follows: stainless steel; or national equivalents; and/ mm) and which are also capable of achieving (a) * * * or and maintaining a controlled thermal (b) * * * (2) Manufactured for use at normal environment only between +176° F(+80° C) (c) * * * operating temperatures over 302° F (150° C) and —31° F (—35° C); a n d (d) * * * either by use of special materials or by (d) Control equipment, accessories, and (e) Crystal pullers having any of the special heat treatment; parts which are specially designed for the following characteristics: (b) Ball and roller bearings except above presses. (1) * * * separable ball bearings and thrust ball Notes.— 1. Licenses are likely to be (2) Capable of operation at pressures above bearings, having an inner bore diameter approved for export to satisfactory end-users 10s pascals (1 atmosphere absolute); exceeding 10 mm and having tolerances of of hydraulic presses covered by sub-entry (b) (3) * * * ABEC 7, RBEC 7 (or national equivalents) or above, provided that: (f) * * * better (ABEC 5 in the case of hollow (i) The total rated force is less than 30,000 (iii) * * * bearings) and either of the following tons for vertical presses, and 10,000 tons or (iv) * * * characteristics: less for horizontal presses; (v) * * * (1) Made of special materials, i.e. with (ii) The presses are not specially designed (Vi) * * * rings, balls or rollers made from any steel for use in forming aircraft, missile or space (vii) * * * alloy or other material including, but not vehicle parts, in powder metallurgy or in (viii) * * * limited to high-speed tool steels, Monel ceramics production; and (ix) * * * metal, beryllium, metaloids, ceramic, and (iii) The presses could not reasonably be (2) * * * sintered metal composites, except the used for strategic purposes. (3) * * * following: low-carbon steel; SAE-52100 high 2. Licenses are likely to be approved for (4) ----- carbon chromium steel; SAE-4615 nickel export to satisfactory end-users of isostatic (5) * * * molybdenum steel; AISI.440C (SAE 51440C) presses covered by sub-entry (c) above, (6) * * * stainless steel; or national equivalents; and provided that: Note.—Licenses are likely to be approved or (i) Isostatic presses having a controlled for satisfactory civil end-users of crystal (2) Manufactured for use at normal thermal environment within the closed cavity pullers covered by subparagraph operating temperatures over 302° F (150° C) are limited as follows: (b)(l)(ii)(e)(2) above which can be operated either by use of special materials or by (a) Maximum working pressure not at pressures up to 2.5 x 1 0 s pascals (2.5 special heat treatment; exceeding 20,000 psi (l,406kg/cm2); atmospheres absolute). (c) Ball and roller bearings having (b) Chamber cavity with an inside diameter 1361A Wind tunnels, as follows: tolerances better than ABEC 7 (or national not exceeding 10 inches (25.4 cm); (a) Supersonic (Mach 1.4 to Mach 5), equivalents); and (c) Capable of achieving and maintaining a hypersonic (Mach 5 to Mach 15) and (d) Bearing parts usable only for bearings controlled thermal environment within the hypervelocity (above Mach 15) wind tunnels, covered by this entry, as follows: outer rings, closed cavity of no greater than 1,200° C; except wind tunnels specially designed for inner rings, retainers, balls, rollers, and sub- (ii) Isostatic presses, other than those dealt educational purposes and having a test assemblies. (See § 376.7.) with under sub-paragraph (i) above, are section size (measured internally) of less Note.—Licenses are likely to be approved limited as follows: than 10 in. (25 cm). (By “test section size” is for export of reasonable quantities of (a) Maximum working pressure not understood the diameter of the circle, or the bearings covered by this item to satisfactory e x c e e d in g 30,000 p si (2,109 k g /c m 2); side of the square, or the longest side of the civil end-users which have furnished (b) Chamber cavity with an inside diameter rectangle constituting possible shapes of the assurances that the bearings will be not exceeding 20 inches (50.8); and provided test section.); incorporated in equipment previously the equipment will be used for specific non- (b) * * * imported from Canada or countries in strategic applications and will not be used for (c) * * * Country Group T or V. any nuclear or aerospace applications. (d) Specially designed parts and 1485A Compasses, gyroscopes, 3. Licenses are likely to be approved for accessories. accelerometers, and inertial equipment, as export to satisfactory end-users of normal Notes.— 1. Licenses are likely to be follows: amounts of equipment covered by sub-entry approved for export to satisfactory end-users (a) * * * (d) above to service presses licensed for of supersonic wind tunnels which are capable (b) Integrated flight instrument systems for export under Note 1 above. of Mach velocities of 1.4 or more but less aircraft which include gyrostabilizers and/or 1353A Equipment specially designed for than 5, and are not specially designed for or automatic pilots (An integrated flight the manufacture of communication cable fitted with means of preheating the air. instrument system is a primary instrument described in entry No. 1526. 2. Licenses are likely to be approved for display system of attitude and azimuth with Note.—Licenses are likely to be approved export to satisfactory end-users of facilities for giving maneuver guidance for export to satisfactory end-users of specialized parts and assemblies covered by information to the pilot and often integrated equipment specially designed for the sub-entry (d) for wind tumiels previously with an autopilot to the extent of embodying manufacture of cable covered by entry No. exported under Note 1, provided that such a common unit for setting up the required 1526 sub-entry II (b). parts and assemblies will not upgrade the demands); Federal Register / Vol, 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85919

(c) * * * (ii) Utilizing the constant velocity and/or (v) Utilizing a Doppler technique for any (d) Gyrostabilizers used for other purposes rectilinear propagation characteristics of purpose, other than M.T.I. systems using a than aircraft control, except those for electromagnetic waves having frequency less conventional double or triple pulse delay line stabilizing an entire surface vessel; than 4X 1 0 14 Hz (0.75 micron); cancellation technique except those utilized (e) * * * / (iii) Radio altimeters, the following: for surveillance and control radar for aerial (f) Accelerometers with a threshold of 0.005 (a) Pulse modulated; navigation in civil airports; g or less, or a linearity error within 0.25 (b) Frequency modulated having a (vi) Including any digital signal processing percent of full scale output or both, which are displayed electrical output accuracy better techniques used for automatic target tracking, designed for use in intertial navigation than ± 3 feet (±0.914 m) over the range or having a facility for electronic tracking; systems or in guidance systems of all types; between 0 and 100 feet (30.4 m) or better than (vii) Including signal processing techniques (g) Gyros with a rated free directional drift ± 3 percent above 100 feet (30.4 m); or other than those covered by sub-entry rate (rated free precession) of less than 0.5 (c) Frequency modulated which have been (c)(2)(vi) above, which have been in normal degree (1 Sigma or r.m.s.) per hour in a 1 g in normal civil use for less than one year; civil use for a period of less than two years; environment; (iv) Direction finding equipment operating or except (h) * * * at frequencies greater than 5 MHz, (viii) In the case of ground radar, having (i) Specially designed parts and equipment specially designed fo r search and rescue purposes, provided that the receiver been in commercial use for a period of less components, and test, calibration, and than one year. alignment equipment for the above. operates on a crystal controlled fixed frequency of 121.5 M HZ or an alternating Notes.—1. Licenses are likely to be Note.—Licenses are likely to be approved frequencies o f 121.5 M H z and243 MHz; approved for export to satisfactory end-users for export to satisfactory end-users of (v) Pressurized throughout; or - of commercial airborne equipment needed to equipment, as follows: (vi) Rated for continuous operation over a equip civil aircraft or as normal standard (a) Types and series covered by sub-entry range of ambient temperatures extending equipment incorporated in civil aircraft being (b) above, provided the equipment has been from below —55° C to above +55° C; exported for civil commercial use, and not in normal civil use for more than two years, (2) Ground and marine equipment for use containing characteristics in sub-entry (a)(5) is standard equipment of aircraft excluded with airborne navigation equipment utilizing above. from control under entry No. 1460, and is, or the constant velocity and/or the rectilinear 2. Licenses are likely to be approved for is to be, installed in civilian aircraft. propagation characteristics of export to satisfactory end-users of navigation (b) Types and series covered by sub-entry electromagnetic waves having frequency less equipment covered by sub-entry (b)(l)(i) (d) above, provided the equipment has been than 4X 1014Hz (0.75 micron); or above, provided that it is to be installed in in normal civil use for more than two years (3) Ground and marine direction finding civil aircraft or helicopters, and is normal and is intended for a clearly civil application equipment operating at frequencies greater in the importing country. standard equipment of a type installed in than 30 MHz; and civil aircraft or helicopters in TV country . (c) Parts, components and equipment (c) Radar equipment and specialized parts covered by sub-entry (i) above, provided they groups. and accessories, specialized testing or 3. Licenses are likely to be approved for are not also covered by sub-entries (f) and (g) calibrating equipment and training or above, and are intended for use with exports export to satisfactory end-users of standard simulating equipment therefor, as follows: commercial airborne equipment listed in sub­ meeting the conditions of sub-paragraphs (a) (For Lidar Equipment see entry No. 1522.) and (b) of this Note. entries (b)(1) (ii) and (iii) above, needed to (1) Airborne radar equipment; or equip civil aircraft, or as normal standard 1501A Navigation, direction finding, radar (2) Ground and marine radar equipment equipment incorporated in civil aircraft being and airborne communication equipment, as having one or more of the following features: exported for civil commercial use, provided follows: (See also entry No. 1485 sub-entries (i) Operating at a frequency not in normal that such equipment is equivalent in all (b) and (h), and entry No. 2120 sub-entries (b) civil use or at a frequency of more than 10.5 characteristics and performance to standard and (c).) GHz; equipment of aircraft not subject to control, (a) Airborne communication equipment (ii) Operating at a frequency of less than and which: and specialized parts and components 1.5 GHz and having a peak output power (a) For equipment covered by sub-entry therefor, having any of the following from the transmitter greater than 2.5 MW; or characteristics: operating at a frequency within the range of (b)(l)(ii) above, is in conformity with ICAO (1) Designed to operate at frequencies 1.5 to 3.5 GHz and having a peak output standards and assures no function exceeding greater than 156 MHz; power from the transmitter greater than 1.5 those resulting from such standards, and is (2) Incorporating facilities for: MW; or operating at a frequency within the not designed to make use of hyperbolic grids (i) The rapid selection of more than 200 range of 3.5 to 6 GHz and having a peak at frequencies greater than 3 MHz. (Standard channels per equipment, or output power from the transmitter greater commercial airborne equipment designed to (ii) Equipment using frequency synthesis than 1 MW; or operating at a frequency make use of hyperbolic grids at frequencies techniques (see also entry No. 1531), except within the range of 6 to 10.5 GHz and having of less than 3 MHz may be exported if equipment operating in the frequency range a peak output power from the transmitter coordinate conversion equipment, which has of 108 to 136 M Hz with 720 channels or fewer greater than 500 kW; been in normal civil use for less than one at not less than 25 kHz spacing, and which (iii) Operating at a frequency of less than year, or which could not be shipped under the has been in normal civil use for at least one 3.5 GHz and having an 80 percent or better provisions of entry No. 1565, is not included year; probability of detection for a 10 sq. m. target and is not separately supplied), and (3) Pressurized throughout; at a free space range of 250 nautical miles; or (b) For equipment covered by sub-entry (4) Rated for continuous operation over a operating at a frequency within the range of (b)(l)(iii) above, are frequency modulated range of ambient temperatures extending 3.5 to 10.5 GHz and having an 80 percent or radio altimeters which have been in normal from below —55° C to +55" C; or better probability of detection for a 10 sq. m. civil use for a period of more than one year. (5) Designed for modulating methods target at a free space range of 100 nautical 4. Licenses are likely to be approved for employing any form of digital modulation miles; export to satisfactory end-users of ground using time and frequency redundancy such as (iv) Utilizing other than pulse modulation equipment for use at civil airports or for civil “Quantized Frequency Modulation” (QFM); with a constant and/or staggered pulse use in association with airborne equipment (b) Navigation and direction finding repetition frequency, in which the carrier which meets the criterion of Note 3 to sub­ equipment (and specialized parts and frequency of the transmitted signal is not entry (b)(l)(ii) above, and approved for accessories, specialized testing or calibrating changed deliberately between groups of export, provided that such equipment: equipment and training or simulating pulses, from pulse to pulse or within a single (a) is in conformity with ICAO standards equipment therefor), as follows: pulse, except civil commercial airport radars and assures no function exceeding those (1) Airborne navigation equipment and using a carrier frequency that may change resulting from such standards; direction finding equipment, as follows: from pulse to pulse between two fixed (b) is not designed to make use of (i) Designed to make use of “Doppler” frequencies separated in time and in hyperbolic grids at frequencies greater than 3 frequency phenomena; frequency by constant magnitudes; MHz. 85920 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

5. Licenses are likely to be approved for (vii) or (viii) above, or both, provided it is end-users of acoustic hydrophones and export to satisfactory end-users of equipment specially designed for meteorological transducers which have all of the other covered by sub-entry (b)(3) above, provided: observation. characteristics of sub-entry (i)(B), but which (a) The equipment is to be installed at civil 1502A Communication, detection or either: airports or for use on civil air routes; tracking equipment of a kind using ultra­ (a) Have a sensitivity no greater than — 204 ^ (b) The equipment is designed to operate at violet radiation, infrared radiation or dB (reference 1 volt micropascal), and are frequencies between 30 MHz and 157 MHz, ultrasonic waves; except ultrasonic devices designed for operation at greater than 100 excluding single side band equipment; which operate in contact with a controlled meters depth but not greater than 1.000 (c) The equipment employs a loop system material to be inspected, or which are used meters depth; or or a system employing a number of spaced for industrial cleaning, sorting or materials (b) Are not acceleration compensated, have I vertical aerials uniformly disposed around handling, industrial and civilian intrusion a sensitivity no greater than —180 dB the circumference of a circle, excluding alarm, traffic and industrial movement (reference 1 volt per micropascal) and are not | electronically commutated types. control and counting systems, medical designed for operation at depths greater than 6. Licenses are likely to be approved for applications, emulsification, homogenisation, 100 meters. export to satisfactory end-users of equipment or simple educational or entertainment 2. Licenses are likely to be approved for covered by sub-entry (c) above, when it is to devices; underwater ultrasonic export for civil end-use by civil end-users of be installed in civil aircraft, provided that communications equipment designed for towed acoustic hydrophone arrays having all 1 this equipment: operation with amplitude modulation and of the following characteristics: (a) Has been in normal commercial service having a communications range o f500 m or (a) Not specially designed for operation at for at least one year; less (sea state 1), a carrier frequency of 40 to greater than 100 meters depth or at tow (b) Is specially designed for use as a 60 kHz and a carrier pow er supplied to the speeds in excess of 8 knots; commercial weather radar; transducer of 1 W or less; industrial (b) Not incorporating temperature or (c) Is a normal and reasonable equipment equipment employing cells not described in heading sensors; for such civil aircraft; and entry Nos. 1548 or 1550; industrial and (c) Having hydrophone groups uniformly (d) Does not contain significant advanced civilian intrusion alarm, traffic and spaced at not less than 25 meters and not technology of strategic value for other industrial movement control and counting more than 60 meters; applications. systems; medical equipment; industrial (d) Having an assembled diameter of 40 7. Licenses are likely to be approved for equipment used for inspection, sorting or mm' or greater and using metallic strength export to, satisfactory end-users of secondary analysis of the properties of materials; members only; radar equipment covered by sub-entry (c) simple educational or entertainment devices (e) Not having multiplexed hydrophone above, designed specifically for civil air which employ photo cells; flame detectors fpr group signals; traffic identification and control purposes. industrial furnaces; equipment for non- (f) Not having a configuration for multiple 8. Licenses are likely to be approved for contact temperature measurement for or overlapping acoustic aperture operation; export to satisfactory end-users of the laboratory or industrial purposes utilizing a (g) Not having characteristics better than following: single detector cell with no scanning of the those specified in sub-entries (i)(B) (1) and (Z) (a) Radar equipment covered only sub­ detector; or instruments capable of above; entries (c)(2) (i), (ii) and/or (iii) above, measuring radiated power or energy having a (h) Not having associated processing provided that both of the following conditions response time constant exceeding 10 equipment which provides any q^the are met: milliseconds; and specialized parts therefor. following features: (i) It is specially designed for the Note.—Licenses are likely to be approved (1) Electronically-steerable beamforming surveillance and coordination of airfield for export to satisfactory end-users of infra­ capabilities; surface traffic; and red geodetic equipment covered by this entry, (2) Side-lobe suppression techniques such (ii) It is to be installed at airports operating provided that fire equipment uses a lighting as shading coefficients; scheduled commercial flights. source other than a laser and is manually (3) On-line real-time processing or off-line (b) Radar equipment covered only by sub- operated, or that it uses a lighting source batch pre-processing capabilities exceeding entries (c)(2) (ii) or (iii) above, or by both, (other than a laser or a light-emitting diode) the limits specified in entries 1529 and 1565. provided that all the following conditions are remote from the measuring equipment. 1519A Single and multi-channel met: 1510A Acoustic and/or ultrasonic communications transmission.equipment, (i) Operating at a frequency of not more systems or equipment specially designed for including terminal, intermediate amplifer or than 1.5 GHz and having a peak output power detecting or locating underwater or repeater equipment and multiplex equipment from the transmitter not greater than 5 MW; subterranean objects or features, and used for communications (line, cable, optical or operating at a frequency within the range specially-designed components of such fiber cable, or radio) systems, and data of 1.5 to 3.5 GHz and having a peak output systems or equipment (including but not modems making use of the aforementioned power not greater than 2.5 MW; limited to hydrophones and transducers, communication systems and associated (ii) Having an 80 percent or better towed hydrophone arrays, software therefor, multiplex equipment, except telemetering, probability of detection for a 10 sq. m. target and beamformers), except: telecommand and telesignalling equipment ] at a free space range of 270 nautical miles; (i) Marine systems or equipment, as designed for industrial purposes, together (iii) Having a pulse repetition frequency follows: with data transmission equipment not exceeding 300 pulses per second; and (A ) * * * intended for the transmission of written or (iv) It is to be installed for air traffic control (B) Passive (receiving, whether or not printed text and specialized parts, of scheduled international commercial flights; related in normal application to separate accessories and test equipment therefor (by (c) Radar equipment covered only by sub­ active equipment) acoustic hydrophones and/ telemetering, telecommand and telesignalling entries (c)(2) (iv) and/or (v) above, provided or transducers having all of the following equipment is meant: sensing heads for the it is to be installed for air traffic control characteristics: conversion of information into electrical purposes in international airports and has (1) Incorporating sensitive elements made information, the systems used for its long­ been in normal civil use for a period of not of piezoelectric ceramics or crystal, and with distance transmission, the processes used to less than three years; a sensitivity no greater than —192 dB translate electrical information into coded (d) Radar equipment covered by sub-entry (reference 1 volt per micropascal); data (telemetering), into control signals (c)(2)(vi) above, provided it is specially (2) Not designed for operation at depths (telecommand), and into display signals designed for marine, harbor or meteorological greater than 100 meters; (telesignalling)); facsimile equipment other use, or has been in normal civil use for not (3) Independently mounted or configured than that employing cipher, cryptographic less than three years; and not reasonably capable of assembly by and/or coding devices and equipment that (e) Radar equipment covered only by sub­ the users into a towed hydrophone array; are designed to ensure the secrecy of entry (c)(2)(vii) above, provided it is specially (ii) * * * communications and thus prevent clear designed for marine (or harbor) use, or radar Notes.—1. Licenses are likely to be reception by anyone other than the intended equipment covered only by sub-entries (c)(2) approved for export for civil end-use by civil receiv er (see Supplement No. 2 to Part 370); Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85921 equipment employing exclusively the direct country, and is to be used for general channels for the operation of such networks current transmission technique; electronic commercial traffic, as follows: and the engineering service circuits required measuring equipment, suitable for use with (a) A total digital bit rate at the highest for the maintenance of telecommunications PCM transmission equipment defined in level multiplex point of 8.5 million bits per links. CCITT recommendation series G 700 (ITU second or less; and either 5. Licenses are likely to be approved for the export to satisfactory end-users of Geneva), as follows: (b) A total number of voice channels per tropospheric scatter communication (a) Employing analog transmission each physical bearer (wire or radio) of 120 or equipment, and components, accessories and techniques with analog input and output, less; or sub-assemblies therefor, covered by this designed to deliver, carry or receive (c) A monochrome or color television entry, provide that it will be permanently baseband frequencies higher than 19 MHz channel with a maximum nominal bandwidth installed at specified sites for civil, into, or in, a communications system, but of 6 MHz, and associated sound channels. communication purposes and has all of the only higher than 300 kHz for equipment 3. Licenses are likely to be approved for the following characteristics: suitable for use with submarine cable (analog export to satisfactory end-users of the data (a) Fixed frequency of 2.7 GHz or less; transmission techniques include, inter alia, modems described in sub-entry (c)(1) above, (b) Frequency modulation; frequency division multiplex (FDM)); conforming to CCITT recommendations and/ (c) Power amplifier output of 10 kW or less. (b) Employing digital transmission or specially designed for civil end-use, and 1522A Lasers and laser systems techniques designed for operation at a data operating at speeds up to 9,600 bits per (including active and passive components in signalling rate exceeding 2.1 Megabits per second or 320% of the channel (or sub­ semi-fabricated forms as well as in fabricated second, with analog input and output, channel) bandwidth in hertz, provided they forms) and equipment containing them, as designed for use on communications circuits are to be permanently installed in a circuit fo llo w s: (digital transmission techniques include, inter operated by the civilian authorities of the (a) Lasers and specially designed alia, pulse code modulation (PCM)}; importing countries for general commerical components and parts therefor, including (c) Data communications equipment traffic. amplification stages, except the following employing digital transmission with digital 1520A Radio relay communications when not contained in equipment: input and output, including telegraphic and equipment designed for use at frequencies data transmission, having any of the exceeding 960 MHz, and components, (i) * * * (ii) * * * following characteristics: accessories and sub-assemblies therefor. (iii) * * * (1) Designed for operation at a data Notes.—1. Licenses are likely to be (iv) * * * signalling rate in bits per second, excluding approved for export to satisfactory end-users ( v ) * * * servicing and administrative channels, of equipment covered by this item, and (vi) Nd: YAG lasers having an output numerically exceeding either: components, accessories and sub-assemblies wavelength of 1.06 micrometers with either of (1) 4,800; or therefor, specially designed for the the following characteristics: (ii) 160 percent of the channel (or sub­ transmission of television signals between (1) A pulsed output not exceeding 0.5 joule channel) bandwidth in Hertz; camera and studio or between studio and per pulse and a maximum rated average Em ploying (2) an automatic error detection television transmitter, and not exceeding a single- or multi-mode output power not and correction system having both of the line of sight distance with respect to any one exceeding 10 watts or a continuous wave following characteristics: installation. maximum rated single- or multi-mode output (i) Retransmission is not required for 2. Licenses are likely to be approved for power not exceeding 50 watts; correction; and export to satisfactory end-users of equipment (2) * * * (ii) A data signalling rate exceeding 300 covered by this item, and components, (vii) Nd: Glass lasers with both of the bits per second; and accessories and sub-assemblies therefor, as following characteristics: (d) Components, accessories, and sub- follows: (1) An output wavelength of 1.06 assemblies specially designed for the above (a) Ground communication radio micrometers; equipment, and test equipment specially equipment for use with temporary fixed (2) A pulsed output not exceeding 0.5 joule designed for the equipment covered by sub­ services operated by the civilian authorities p e r p u lse; entry (b) above, except connectors for use of the importing country and designed to be (viii) * * * with optical fibers or cable with a repeatable ■used at fixed frequencies not exceeding 13.5 (ix ) * * * coupling loss of 0.5 dB or more. GHz with a power output of not more than 5 (x ) * * * Notes.—1. Licenses are likely to be watts; (b) Equipment containing lasers and laser approved for export to satisfactory end-users (b) Equipment to be permanently installed s y s te m s, except equipment listed below of equipment covered by sub-item (a) above, in a circuit operated by the civilian containing lasers listed in (a) above as and components, accessories and sub- authorities of the importing country for civil exceptions: assemblies thereof, as follows: television transmission nor for general (i) Specially designed fo r industrial and (a) Equipment specially designed for the commerical traffic, provided that: civilian intrusion detection and alarm transmission of television signals by cable (1) Associated multiplex equipment is systems; between camera and studio or between considered separately under the provisions of (ii) Specially designed fo r medical * studio and television transmitter not entry No. 1519; and applications; exceeding 50 miles (80 km) for a link with (2) No equipment with a base bandwidth (iii) Equipment for educational and respect to any one installation. (For radio exceeding the limits set forth in Note 3 to laboratory purposes; relay links see entry No. 1520.) entry No. 1519 is included. (iv) Specially designed for traffic and (b) Equipment to be used for closed circuit 3. Licenses are likely to be approved for industrial movement control and counting television or television distribution export to satisfactory end-users of equipment systems; (community aerial systems and cable covered by this item, for communications (v) Specially designed fo r detection of television systems) with an upper frequency satellite earth stations provided that it is to environmental pollution; limit of 960 MHz. be installed for operation in the framework of (vi) Optical spectrometers and (c) Equipment designed to deliver, carry or an INTELSAT satellite communications densitometers; receive basehand frequencies up to and system. (vii) Equipment containing continuous including 62 MHz. 4. Licenses are likely to be approved for wave helium-neon gas lasers but see sub­ 2. Licenses are likely to be approved for the export to satisfactory end-users of equipment entries (c) and (d) below; export to satisfactory end-users of equipment with a maximum capacity of 300 voice (v iii) Textile-cutting and textile-bonding covered by sub-item (b) above, and channels of 4 kHz each, components, equipment; components, accessories and sub-assemblies accessories, sub-assemblies and specialized (ix) Paper cutting equipment; and cable therefor, provided that it is for test equipment for industrial use, e.g. remote (x) Equipment containing lasers fo r drilling other than submarine use, is to be supervision, control and metering of oil and diamond dies fo r the wire drawing industry; permanently installed in a circuit operated by gas pipelines, public utility services (e.g. (xi) Electronic daylight scanning the civilian authorities of the importing electricity networks) including telephone equipment with auxiliary electronic 85922 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations screening units especially designed for (3) * * * source) with a switching speed from one printing processes; (b) Instruments, as follows: selected output frequency to another selected (xii) Laser-radar (lidar) equipment (1) * * * output frequency less than 10 milliseconds; specially designed for surveying or (2) * * * (4) * * * meteorological observation; (3) * * * (5) * * * (xiii) Consumer, disc-type video and audio (4) Spectrum analyzers employing time (6) * * * recorders and reproducers; compression of the input signal or FFT (Fast (7) * * * (xiv) Price scanners (point of sale); and Fourier Transform) techniques; {c )* * * (xv) Systems designed for surveying (5) Incorporating computing facilities with (d) * * * purposes; provided there is no capability of user accessible reprogramming capability (e ) ----- measuring range; and an alterable memory of more than 8,192 Note.—Licenses are likely to be approved (c) * * * b its; for export to satisfactory end-users of (d) * * * (6) * * * equipment covered by sub-entry (b)(3) above, Note.—Licenses are likely to be approved (c) * * * with a switching speed not less than 5 for export to satisfactory end-users of ( d ) ------milliseconds. equipment listed in sub-entry (b) containing (e ) * * * 1532A Precision linear and angular lasers described in (a) (vi)(l) and (vii) ( f ) * * * measuring systems and components, as provided the lasers have a maximum pulsed (g) * * * follows: output not exceeding 2 joules per pulse. The (h) * * * (a) Coptact-type systems and linear voltage shipment of spare laser rods for equipment Notes.—1. Licenses are likely to be differential transformers (LVDT) therefor, as exported under this Note will be restricted to approved for export to satisfactory end-users follows: rods having no greater output power and/or of items covered only by sub-entry (a)(2) (1) Systems having all of the following energy capability than those originally above, provided that: characteristics: exported with the equipment. (a) The stability over 24 horn's is not better (1) Range equal to or less than 5 mm; 1526A Cable, as follows: than 5 parts in 1010; and (ii) Linearity equal to or less than 0.1 1. * * * . (b) The equipment is a reasonable percent; II. Communications cable, as follows: requirement for the stated legitimate civil (iii) Drift equal to or less than 0.1 percent (a) Submarine cable, as follows: en d -u se. per day at standard ambient test room (1) Reversed-twist, double-armored cable 2. Licenses are likely to be approved for temperatures ± 1° C; used for towing or suspending and export to satisfactory end-users of items (2) Linear voltage differential transformers communicating with submerged devices; covered by sub-entry (b)(4) above, having with no compensation networks and having (2) Unarmored or single-armored ocean either of the following characteristics: either of the following characteristics: cable having an attenuation of 1.8 dB per (a) Capable of computing 512 complex (i) Range equal to or less than 5 mm; nautical mile (0.97 dB/km) or less, measured spectral lines in 200 milliseconds or more; (ii) Linearity equal to or less than 0.2 at a frequency of 600 kHz; .(b) Capable of computing 51 2 real spectral percent; (linearity measurements are made in (b) Coaxial cable using a dielectric aired by lines in 100 milliseconds or more; the static mode); discs, beads, spiral, screw, or any other 3. Licenses are likely to be approved for (b) Linear measuring machines, except means, with an inner diameter of the outer export to satisfactory end-users of optical comparators, with two or more axes conductor of the cores greater than 14 mm instruments covered by sub-entry (b)(5) having both of the following characteristics: (0.551 in.); above, provided that: (1) Range in any axis greater than 200 mm; (c) Graded index or single-mode step index (a) The instruments have been designed for (2) Accuracy (including any compensation) optical fiber communications cable and non-strategic use and by nature of design, less (finer) than 0.0008 mm per any 300 mm optical fibers therefor, having either of the software, microprogram control (firmware), segment of travel; following characteristics: specialized logic control (hardware) or (c) Angular measuring systems having an (1) An attenuation at any operating performance are substantially'restricted to accuracy equal to or less than 1 second of wavelength of 5 dB/km or less; the particular application for which they have arc, except optical instruments, such as (2) A tensile strength greater than 7X 109 been designed. autocollimators, using collimated light to N/m2; or (b) The instruments are not covered by any detect angular displacements of a mirror; (d) * * * other part of this entry and do not exceed the (d) Non-contact type systems having either of the following characteristics: Notes.—1. Licenses are likely to be limits of Note 4 to entry No. 1565. (1) Effective probe measurement diameter approved for the export to satisfactory end- 1531A Frequency synthesizers (and less than 0.5 mm and drift less than 0.5 users of cable covered by sub-entry 11(a)(1) equipment containing such frequency percent per day at standard ambient test above when used for civil applications in synthesizers), as follows (frequency room temperatures ± 1° C; oceanographic research or in natural synthesizer means any kind of frequency (2) Linearity less than 0.3 percent and drift resources exploration. source or signal generator, regardless of the less than 0.5 percent per day at standard 2. Licenses are likely to be approved for the actual technique used, providing a ambient test room temperature ± 1° C. export to satisfactory end-users of cable multiplicity of simultaneous or alternative covered by sub-entries II (a)(2), (b) and (c) output frequencies, from one or more outputs, Note.—Licenses are likely to be approved above, provided that: controlled by, derived from or disciplined by for export of equipment covered by this item (a) The cable is for a specific civil end-use; a lesser number of standard (or master) to civil end-users not engaged in aerospace (b) The quantities of cable required are frequencies): activities. normal for the purpose; and (a ) * * * 1533A Radio spectrum analyzers (i.e. (c) (applicable to sub-entry 11(c) above (b) Instrument frequency synthesizers and apparatus capable of indicating the single­ only) The cable is not specially designed for synthesized signal generators designed for frequency components of multi-frequency underwater use. ground laboratory use, producing output signals), specialized components, accessories 1529A Electronic measuring, calibrating, frequencies whose accuracy and short and and parts therefor, as follows (for spectrum counting, testing, and/or time interval long term stability are controlled by, derived analyzers employing time compression of the measuring equipment, whether or not from or disciplined by the input frequency or input signal or FFT techniques, see entry No. incorporating frequency standards, having internal master standard frequency, and 1529(b)(4)): any of the following characteristics: having any of the following characteristics: (a) * * * (a) Equipment, as follows: (1) * * * (b) * * * (1) * * * (2) * * * (c) * * * (2) Designed for fixed ground use and (3) Electrically programmable (in that the (d) Incorporating computing facilities with containing frequency standard(s), with a output frequency can be controlled or user accessible reprogramming capability stability over 24 hours of 1 part in 109 or selected by the injection of digitally coded' and an alterable memory of more than 8,192 better; or electrical signals from an external control bits; Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations 85923

technology, which include active circuit (b) Greater than 3 GHz and less than 12.5 elements (for acoustic wave devices, see GHz and having a noise figure of more than entry No. 1586) (see also entry No. 1564); 6.5 dB; (iii) Schottky diodes designed or rated for Note.—Licenses are likely to be approved 0 ) * * * for export to bona fide civil end-users for (j) Amplifiers (see also entry No. 1521); detector use at input or output frequencies of civil end-use of equipment covered by sub­ (k) * * * less than 12.5 GHz and having a minimum rated tangential sensitivity of either worse entry (d) above. ( l ) * * * 1534A Flatbed microdensitometers. Notes.—1. Licenses are likely to be than —45 dBm under unbiased conditions to except cathode-ray types, specially designed approved for export to satisfactory end-users worse than —50 dBm under biased parts, components and assemblies therefor, of items covered by sub-entries (c)(3) and (d) conditions; having any of the following characteristics: above, required as replacement parts in (b) * * * (a) A recording or scanning rate exceeding specific civil equipment not exceeding the (c) * * * (d) * * * 5,000 data points per second; capability of that which could be exported (b) A figure of merit better (less) than 0.1, under entry No. 1501 or entry No. 1520, (e) * * * (f) Non-coherent light-emitting diodes with defined as the product of the density provided such parts do not upgrade the initial a peak radiant intensity at a wavelength of resolution (expressed in density units) and performance of that equipment. greater than 1,000 nanometers (for coherent the spatial resolution (expressed in 2. Licenses are likely to be approved for light-emitting diodes, see entry No. 1522). micrometers); export to satisfactory end-users of items (c) An optical density range greater than 0 covered by sub-entry (e) above required as (g) * * * to 4. replacement parts in specific civilian Notes.—1. Licenses are likely to be approved for the export to satisfactory end- Notes.—1. Licenses are likely to be equipment not exceeding the capability of users of shipments for civil use containing up approved for export of equipment specially that which could be exported under entry No. to 200 of the Schottky diodes mentioned in designed for medical applications, provided 1501, provided such parts do not upgrade the sub-entries (a) (ii) and (iii) above, having a the equipment is a reasonable requirement initial performance of that equipment. 3. Licenses are likely to be approved for maximum frequency not exceeding 3 GHz for the stated application. export to satisfactory end-users of items irrespective of noise level or tangential 2. Licenses are likely to be approved for sensitivity. export to civil end-users for civil end-uses of covered by sub-entry (f) above, designed and intended for use in civil telecommunications 2. Licenses are likely to be approved for the equipment covered only by sub-entry (b) export to satisfactory end-users of non­ above, provided the spatial resolution is not systems at frequencies allocated by the ITU coherent light-emitting diodes covered by better (less) than 2 micrometers and the for that purpose. sub-entry (f) above, for use in identifiable density resolution is not better (less) than 4. Licenses are likely to be approved for export to satisfactory end-users of items civilian communications systems. 0.01 in density units. covered by sub-entry (h) above, for use at 1545A Transistors and dice and wafers 1537A Microwave equipment, including frequencies between 1 GHz and 3 GHz. therefor (for phototransistors see entry No. parametric amplifiers, capable at frequencies 5. Licenses are likely to be approved for 1548) as follows: over 1 GHz (other than microwave equipment export to satisfactory end-users of equipment (a) * * * Covered by entries 1501,1517,1520,1526(1), containing parametric amplifying or (b) Using silicon as the bulk semi­ 1529 and Supplement No. 2 to part 370), as paramagnetic amplifiers covered by sub­ conductor material and having any of the follows: entry (j) above; following characteristics: (a) * * * (a) Specially designed for medical u r * * (b) * * * applications or for use in simple educational (2) An operating frequency of 1.5 MHz or (c) Waveguide components, as follows: devices and operating at ISM frequencies; or below and a maximum collector dissipation (1) * * * (b) Having an output power of not more (2) * * * ‘exceeding 300 watts, or an operating than 10 watts, which is specially designed for frequency greater than 1.5 MHz and a (3) Magnetic including gyro-magnetic industrial and civilian intrusion detection and maximum collector dissipation exceeding 250 waveguide components; alarm systems, traffic and industrial (d) TEM mode device using magnetic watts; movement control and counting systems, (3) An operating frequency greater than 200 including gyro-magnetic properties; environmental pollution of air or water MHz and a product of the operating (e) TR and anti-TR tubes and components detection systems, or for simple educational frequency (in GHz) and the maximum therefor except those designed for use in devices. collector dissipation (in watts) exceeding 5; waveguides and having any of the following (4) Majority carrier devices, including but characteristics, which are in normal civil use 1541A Cathode-ray tubes having any of not limited to junction field-effect transistors for ground or marine radar: the following characteristics: and metal-oxide semi-conductor transistors, (/) Operating at a peak power not (a) * * * except field-effect transistors having a exceeding 3 MW and at a frequency of 1.5 (b) With traveling wave or distributed maximum power dissipation o f500 mW or GHz or less; deflection structure using delay lines, or less and a maximum operating frequency of 1 (ii) Operating at a peak power not incorporating other techniques to miminize exceeding 1.2 MW and at a frequency over mismatch of fast phenomena signals to the GHz or less. the range of 1.5 GHz to 6 GHz; or deflection structure; or Notes.—1. Licenses are likely to be [iii) Operating at a peak power not (c) * * * approved for export to satisfactory end-users exceeding 300kW and at a frequency over (d) * * * of transistors covered by sub-entries (b) (2) the range of 6 GHz to 10.5 GHz; Note.—Licenses are likely to be approved and (3) above, specially designed for (f) Assemblies and sub-assemblies in for export to satisfactory end-users of television transposers or for civil mobile which the isolating base material functions as cathode-ray tubes covered by sub-entry (b) communication equipment, and having a a dielectric (as used in stripline, microstrip or above, which utilize segmented plate product of the operating frequency (in GHz) slotline) except for those items specifically (sectioned Y-plate) structures. and the maximum collector dissipation (in designed for use in civil television systems to 1544A Semi-conductor diodes and dice watts) not exceeding 20. meet ITU standards and using as an isolating and wafers therefor (except those made from 2. Licenses are likely to be approved for material paper base phenolics, glass cloth germanium, selenium or copper oxide), export to satisfactory end-users of transistors melamine, glass epoxy resin, polyethylene designed or rated for use at input or output covered by sub-entry (b)(4) above which are terephthalate or other isolating material with frequencies above 12.5 GHz or having any of suitable for and will be used in civil TV, AM an operating temperature not exceeding 302° the following characteristics: or FM receivers or audio frequency F (150° C); (a) (i) * * * equipment. (8) * * * (ii) Schottky diodes designed or rated for 1547A Thyristors and dice and wafers (h) Microwave assemblies and sub- mixer use at input or output frequencies of: therefor, as follows: assemblies having circuits fabricated by the (a) 3 GHz or less and having a noise figure (a) Designed for use in pulse modulators same processes used in integrated circuit of more than 6 dB; or having a rated tum-on time of less than 1 85924 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

microsecond where the rated peak current capability of that which could be exported the peak pulse output power (expressed in exceeds 150 Amperes; under the Commodity Control List, provided watts) and the square of the maximum (b) Having a rated turn-off time of less than that these parts do not upgrade the initial frequency (expressed in GHz) is greater than 1 microsecond; performance of such equipment. 4.5 X 104; (c) Having a rated turn-off time of from 1 1555A Electron tubes and specialized (3) Tubes specially designed for use as microsecond to less than 2.3 microseconds components and parts therefor, except pulse modulators for radar or similar except those having a rated peak current of commercial standard television camera tubes applications, having a peak anode voltage 50 Amperes or less and encapsulated in non- not having fiber optic faceplates and rating of 100 kV or more, or rated for a peak hermetically sealed packages; commercial standard X-ray amplifier tubes, pulse power of 6 MW or more (see also entry (d) Having a rated turn-off time of from 2.3 as follows: No. 1514); to 10 microseconds and a figure of merit (a) Image intensifies and image converters (b) Tubes which utilize interaction between greater than 25 (the Figure of merit is defined incorporating fiber-optic faceplates and/or a beam of electrons and microwave elements as the product of the repetitive peak off-state microchannel-plate electron multipliers, and and in which the electrons travel in a voltage (V DRM) in kilovolts and the camera tubes incorporating or coupled with direction perpendicular to the applied repetitive peak on-state current (I TRM) in such intensifies or converters; magnetic field, including but not limited to Amperes as shown on the thyristor data (b) Electronic storage tubes, including magnetrons, crossed-field amplifier tubes and sheets; and x memory transformers of radar pictures, crossed-field oscillator tubes, except: (e) Specially designed parts and except signal converter storage tubes (1) Fixed frequency and tunable pulsed accessories therefor. specially designed for television purposes; magnetrons and crossed-field amplifier tubes Notes.—1. Licenses are likely to be (c) Camera tubes with fiber optic which are in nprmal civil use in equipment approved for export to satisfactory end-users faceplates and/or microchannel-plate which may be exported under the terms of of thyristors required as replacement parts in electron multipliers; this List as follows: specific civil equipment provided they do not (d) Ruggedized camera tubes having a (1) Magnetrons designed to operate at upgrade the initial performance of that maximum length-to-bulb diameter ratio of 5:1 frequencies below 3 GHz with a maximum equipment. or less. rated peak output power of 1.5 MW or less, 2. Licenses are likely to be approved for Notes.—1. Licenses are likely to be or between 3 and 12 GHz with the product of export to satisfactory end-users of thyristors approved for export to satisfactory end-uses the maximum rated peak output power covered by this entry, provided that they of reasonable quantities of non-ruggedized (expressed in kW) and the frequency have been designed and are intended for civil tubes covered by this entry, provided that the (expressed in GHz) less than 4,200; applications other than in radar or laser tubes will be used for bona fide medical (ii) Crossed-field amplifier tubes designed modulators. applications. to operate at frequencies below 4 GHz with a 1548A Photosensitive components and 2. Licenses are likely to be approved for maximum rated peak output power of 1.2 dice and wafers therefor, as follows: export to satisfactory end-uses of non- MW or less and with less than 15 dB gain; (a) Photosensitive components (including ruggedized direct view storage tubes covered (2) Fixed frequency continuous wave photodiodes, phototransistors, by sub-entry (b) above, having an effective magnetrons designed for medical use or for photothyristors, photoconductive cells and diameter or diagonal not exceeding 280 mm, industrial heating or cooking purposes similar photosensitive components) with a for civil radar or oscilloscope applications. operating at a frequency o f2.375 GHz ±0.05 peak sensitivity at a wavelength longer than 3. Licenses are likely to be approved for GHz or 2.45 GHz ±0.05 GHz with a 1,200 nanometers or shorter than 190 export to satisfactory end-users of camera maximum rated power not exceeding 6k W or nanometers; tubes covered by sub-entries (c) and (d) at a frequency lower than 1 GHz with a (b) Semi-conductor photodiodes and incorporating fiber optic faceplates but not maximum rated power not exceeding 25 kW; phototransistors with a response time microchannel-plate electron multiplies, (c) Tubes which utilize interaction between constant of 0.25 microsecond or less provided that the tubes will be used for bona a beam of electrons and microwave elements measured at the operating temperature for fide civil television applications. or cavities and in which the electrons travel which the time constant reaches a minimum. 1558A Electronic vacuum tubes (valves), in a direction parallel to the applied magnetic Notes.—1. Licenses are likely to be and specialized parts, as follows: field, including but not limited to klystrons approved for the export to satisfactory end- (a) Tubes in which space charge control is and traveling wave tubes, except: users of infra-red single-element utilized as the primary functional parameter, (1) Continuous wave tubes for use in civil encapsulated photoconductive cells or including but not limited to triodes and communications designed for octave or pyroelectric detectors intended for civil tetrodes, as follows: lesser bandwidth (where the highest applications and using any of the following: (1) Tubes rated for continuous wave operating frequency is equal to or less than (a) Evaporated lead sulphide; operation having either of the following two times the lowest operating frequency) (b) Triglycine sulphate with a surface area characteristics: having the following characteristics: of 20 mm2 or less; (1) Above 4 GHz at maximum rated anode (1) Designed to operate below 20 GHz; (c) Lead-lanthanum-zirconium titanate dissipation; or (ii) The product of the rated output power ceramic. (ii) Within the frequency range 0.3 to 4 GHz(expressed in watts) and the frequency 2. Licenses are likely to be approved for the and for which, under any condition of (expressed in GHz) is less than 800; export to satisfactory end-users for civil cooling, the product of the maximum rated (2) Pulsed tubes for civil applications applications of semi-conductor photodiodes anode dissipation (expressed in watts) and designed for octave or less bandwidth and covered by sub-entry (b) above, with a the square of the maximum frequency having either of the following characteristics: response time constant of 0.5 nanosecond or (expressed in GHz) at the maximum rated (i) Peak saturated output power not more and with a peak sensitivity at a anode dissipation is greater than 104, except exceeding 1 kW and average pow er not wavelength neither longer than 920 for tubes specially designed for television ' exceeding 40 watts at or below 10 GHZ; nanometers nor shorter than 300 nanometers. transmitters operating in the frequency range (ii) Peak saturated output power not of 0.47 to 0.96 GHz and rated for operation exceeding 100 watts and average power not 1549A Photomultiplier tubes, as follows: without a grid current, for which the product exceeding 20 watts between 10 and 20 GHz; (a) For which the maximum sensitivity of the rated anode dissipation (expressed in (3) Pulsed tubes for civil applications occurs at wavelengths longer than 0.75 watts) and the square of the maximum designed for fixed frequency operation at micrometer or shorter than 0.3 micrometer; or frequency (expressed in GHz) may reach frequencies below 3.5 GHz, peak output (b) * * * 2X 104-, power of 1.6 MW or less, and operating (c) * * * (2) Tubes rated only for pulse operation bandwidth less than 1 percent; Note.—Licenses are likely to be approved having either of the following characteristics: (4) Low power oscillator tubes designed to for export to satisfactory end-users of non- (i) Above 1 GHz at the peak pulse output operate at frequencies below 20 GHz with ruggedized tubes covered by sub-entry (a) power; or maximum output power of less than 3 watts; above, required as replacement parts for (ii) Between 0.3 and 1 GHz and for which, (d) * * * specific civil equipment not exceeding the under any condition of cooling, the product of (e) * * * Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations 85925

(f) * * * (ii) Encapsulated micro-circuits which are . (5) Memory microcircuits as follows: (g) * * * not designed or rated as radiation hardened, (a) MOS dynamic RAM’s having all of the (hi * * * which are not rated for operation below —40° following characteristics: (i) * * * C or above +85° C, which are packaged in (i) A maximum number of bits per package Note.—Licenses are likely to be approved TO-5 outline cases (0.305 inch to 0.370 inch of 1,024 bits and an access time of no less for export to satisfactory end-users of the diameter) or in non-hermetically sealed than 250 nanoseconds; ‘ following: cases and which are: (ii) Not rated for operation below —2Ct C (a) Tubes covered by sub-entries (a) and (c) (1) Bipolar types designed for operation as or above + 75° C; above, specially designed for television digital logic circuit elements but limited to (b) Mask programmed ROMs not rated for purposes and which are to be used in gates, inverters, buffers, bilateral switches, operation below —2tf C or above +75° C, as television transmitters, the precise location of drivers, counters, latches, adders, follows: which is known, for civil telecasting comparators, parity generators, multiplexers, (i) With a maximum number of bits per ; according to CCIR or OIR standards; expanders, flip-flops, multivibrators, code package of2,048 bits and an access time of (b) Tubes covered by sub-entries (a), (b) converters, registers, encoders, decoders, no less than 450 nanoseconds; , demultiplexers, diode matrices, multipliers and (c) above required as replacement parts (ii) PMOS or NMOS types with a and Schmidt-triggers, and having all of the for specific civilian equipment not exceeding maximum number of bits per package of following characteristics: the capability of that which could be 4,096 bits and an access time of no less than (a) A product of the typical basic gate exported under other Commodity Control List 700 nanoseconds; propagation delay time (in nanoseconds) and (c) MOS static RAM’s having both of the entries, provided that these parts do not the power dissipation per basic gate (in upgrade the initial performance of that following characteristics: milliwatts) not less than 30pf (i.e. speed- (i) A maximum number of bits per package equipment; power product/gate not less than 30pf); (c) Pulsed amplifier klystrons and fixed of256 bits; (b) A typical propagation delay time not (ii) An access time of no less than 450 frequency and mechanically tunable pulsed less than 3 nanoseconds; and magnetrons coveted by sub-entries (b) and ‘ nanoseconds; (c) Encapsulated in a package having 24 (d) Bipolar RAM’s as follows: (c) above intended for civil radar equipment terminals or less; previously exported, provided that they do (i) With a maximum number of bits per (2) CMOS types designed for operation as package of 64 bits and an access time of no not upgrade the initial performance of that digital logic circuit elements but limited to equipment. less than 30 nanoseconds; gates, inverters, buffers, flip-flops, latches, (ii) With a maximum number of bits per 1559A Hydrogen thyratrons of ceramic- multivibrators, bilateral switches, display package of256 bits and an access time of no metal construction rated for a peak pulse drivers, fixed counters, fixed frequency less than 40 nanoseconds; power output of 12.5 MW or more; and dividers, storage registers, decoders, voltage (iii) With a maximum number of bits per specially designed parts and accessories translators, encoders, and Schmidt-triggers, package o f1,024 bits and an access time of therefor. and having both of the following no less than 45 nanoseconds; Note.—Licenses are likely to be approved characteristics: (a) A minimum propagation delay time (6) (a) Non-reprogrammable microcircuits, for export to satisfactory end-users of not capable of addressing external memory, ceramic-metal structured hydrogen under any rated conditions of not less than 10 nanoseconds; specially designed for, and which by virtue of thyratrons to replace such thyratrons in circuit design are normally limited to use specific civil radar equipment previously (b) Encapsulated in a package having 24 terminals or less; only for simple calculators which perform a exported, provided that they do not upgrade single function in response to a keystroke, the initial performance of that equipment. (3) Silicon single-chip microcomputer microcircuits that are mask programmed for capable of performing a floating point 1564A Electronic component assemblies, a civil application prior to export and having addition of 13 decimal digits (mantissa only) sub-assemblies, printed circuit boards, and all of the following characteristics: or less in no less than 0.02 second; microcircuits: (a) A word size/speed ratio of less than or (b) Programmable microcircuits specially L* * * equal to a 0.4 bit per microsecond; designed for, and which by virtue of circuit II. Listed as follows: (b) A speed-power dissipation product of design are normally limited to use only for (a) Printed circuit boards (single sided, greater than or equal to 4 microjoules; simple key programmable calculators having double sided, or multilayer) designed to (c) An on-chip read-only memory (ROM), both of the following characteristics: mount and provide interconnection between not including the microcode, of less than or (i) Capable of executing a sequence of no electronic components, except those equal to 2,048 bytes; more than 256program steps introduced into manufactured from any of the following (d) An on-chip random-access memory a program memory on the chip by a sequence insulating materials: (RAM) of less than or equal to 512 bits; of keystrokes; (i) Paper base phenolics; (e) An operand (data) word length of less (ii) Capable of performing a floating point (ii) Glass cloth melamine; than o r equal to 8 bits; addition of 13 decimal digits (mantissa only) (Hi) Glass epoxy resin; (f) Not capable of addressing off-chip or less in no less than 0.02 second; (iv) Polyethylene terephthalate; or program memory; (c) P-channel or N-channel MOS (v) Any insulating material with a (g) Not rated for operation below —2Ct C microcircuits specially designed as, and maximum continuous rated operating or above + 75° C; which by virtue of circuit design are temperature not exceeding 15(f C; (Speed is defined as the time (in normally limited to use only as, serial digital (b) Assemblies, modules and printed circuit microseconds) to add C to D where C and D shift registers with a maximum clock rate of boards with mounted components, as follows: are both in memory, and put the result back 2.5 MHz, and a maximum number of bits per (1) Those including printed circuit boards in C.) package of 1,024; covered by sub-entry 11(a) above; (4) Silicon microprocessor microcircuits (7) (a) Unturned AC amplifier microcircuits (2) Those which contain microprocessor, having all of the following characeristics: having a bandwidth of less than 3 MHz and a microcomputer or memory microcircuits or (a) A word size/speed ratio of less than or maximum rated power dissipation of 5 watts embargoed components, except: equal to 0.4 bit per microsecond; or less at a case temperature of 25° C; (i) Assemblies, not containing (b) A speed-power dissipation product of (b) Audio amplifier microcircuits having a microprocessor, microcomputer, or memory greater than or equal to 4 microjoules; maximum rated continuous pow er output o f circuits, whose only embargoed components (c) Containing no on-chip ROM or on-chip 25 watts or less at a case temperature of 25° are capacitors; RAM; C; (ii) Power supply assemblies; (d) An operand (data) word length of less (8) Operational amplifier microcircuits (c) Microcircuits (monolithic integrated than or equal to 8 bits; having all of the following characteristics: circuits, microprocessor, microcomputer, (e) Capable of addressing off-chip program (a) A typical unity-gain open-loop multichip, hybrid, film or integrated optical memory of less than or equal to 32,768 bytes; bandwidth of not more than 4MHz; types), except: (f) Not rated for operation below —21T C or (b) A typical open-loop voltage gain of not (i) Encapsulated passive networks; or above +75° C; ore than 500,000 or 115 dB; 85926 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations

(c) A maximum intrinsic rated input offset (ii) A typical input threshold voltage of not (d) Unembargoed cameras (including cine voltage of not less than 2.5 mV; and less than 10 millivolts; cameras) but excluding imaging (d) A typical slew rate at unity gain not (c) Memory and clock drivers, having all of microcircuits; exceeding 2.5 volts/microsecond; the following characteristics: (e) Cardiac pacemakers; (9) Analog multiplier and/or divider (i) A maximum rated output current of 500 (A microcircuit whose function cannot be microcircuits having both of the following milliampères or less; altered by accepting or executing characteristics; (ii) A maximum rated output voltage of 30 instructions from any external source is non- (a) A best case rated non-linearity of not volts or less; reprogrammable.) better than 0.5 percent of full scale; (Hi) A typical propagation delay time from (Programmed microcircuits are only eligible (b) A —3 dB small-signal bandwidth of not data input to output of not less than 20 for export if the program is unalterably more than 500 kHz; nanoseconds; stored at the time of manufacture and the (10) Isolation amplifier microcircuits; (d) Peripheral and display drivers, having performance of the function has been (11) Instrumentation amplifier all of the following characteristics: established for the intended end-use.) microcircuits having all of the following (i) A maximum rated output current of 500 (The temperature limits specified in the characteristics: milliampères or less; heading of II(c)(ii) above do not apply to sub­ (a) A best case rated non-linearity of not sections II(c)(ii)(22)(a) or (d).) better than 0.02 percent at a gain of 100; (ii) A typical propagation delay time from data input to output o f not less than 20 (23) Timing microcircuits having both of (b) A maximum gain-bandwidth product the following characteristics: not greater than 5 MHz (e.g., a maximum nanoseconds; (iii) A maximum rated output voltage of 80 (a) A typical timing error of not less than band width of 50 kHz at —3 dB and at a gain 0.5 percent; o f 100); volts or less; (When propagation delay time is not (b) A typical rise time of not less than 100 (c) A typical slew rate at unity gain not nanoseconds; exceeding 1 volt/microsecond; specified, typical turn-on or turn-off time, whichever is less, should be used.) (iii) Unencapsulated monolithic integrated (12) Voltage regulator microcircuits, as circuits which are not designed or rated as (19) Voltage-to-frequency converter follows: radiation hardened, and which are: microcircuits not employing delta or delta/ (a) Linear types, having both of the (1) Bipolar types designed for operation as sigma modulation techniques, having both of following characteristics: digital logic circuit elements but limited to the following characteristics: (i) A rated nominal output voltage of 40 gates, inverters, buffers, bilateral switches, volts or less; (a) A rated non-linearity of not better than drivers, counters, latches, adders, (ii) A maximum output current of 1 A or 0.01 percent of full scale; comparators, parity generators, multiplexers, less; (b) A settling/response time of not less expanders, flip-flops, multivibrators, code (b) Switching types, having both of the than 20 microseconds for a full scale input converters, registers, encoders, decoders, following characteristics: change; demultiplexers, diode matrices, multipliers (i) A rated nominal output voltage of 40 (20) Rms-to-dc voltage converter and Schmidt-triggers, and having both of the volts or less; microcircuits having both of the following following characteristics: (ii) A maximum output current of 150 mA characteristics: (a) A product of the typical basic gate or less; (a) A rated conversion accuracy, with or propagation delay time (in nanoseconds) and (For voltage regulators, the +85° C upper without external adjustment, of not better the power dissipation per basic gate (in temperature limit specified in II(c)(ii) is not than 0.2 percent of full scale; milliwatts) not less than 70 p j (i.e., speed- applicable. The lower limit of —40° C is (b) A ±1 percent amplitude error power product/gate not less than 70 pj); applicable.) bandwidth of not greater than 100 kHz; (b) A typical propagation delay time not (13) Voltage comparator microcircuits, (21) Analog-to-digital and digital-to-analog less than 5 nanoseconds; having both of the following characteristics: converter microcircuits as follows:, (2) Operational amplifiers, having all of the (a) A maximum input offset voltage of not (a) Analog-to-digital converter following characteristics: less than 2 mV; and microcircuits having both of the following (a) A typical unity-gain open-loop (b) A typical switching speed or typical characteristics: bandwidth of not more than 5 MHz; response time of not less than 30 (i) A conversion time to maximum (b) A typical open-loop voltage gain of not nanoseconds; resolution of not less than 20 microseconds; more than 100,000 or 100 dB; (14) Bipolar microcircuits designed for (ii) A rated non-linearity of not better than (c) A maximum intrinsic rated input offset operation in civil applications as externally 0.05 percent offull scale over the specified voltage o f not less than 5 m V; controlled (by inductive, magnetic or optical operating temperature range; meaps) electronic switches, or as threshold (d) A typical slew rate at unity gain not value switches with switching times of 0.5 (b) Digital-to-analog converter. exceeding 1 volt/microsecond; microsecond or greater; microcircuits having both of the following (3) Audio amplifiers having a maximum (15) Non-coherent light-emitting characteristics: rated power output of 10 watts or less at a alphanumeric displays not incorporating an (i) A settling time to rated linearity of not case temperature of 25° C; integrated circuit; less than 5 microseconds for “voltage (4) Non-reprogrammable types which are (16) Non-coherent light-emitting output", and not less than 300nanoseconds specifically designed for and by virture of alphanumeric displays incorporating an for units not incorporating an output circuit design are normally limited to civil integrated circuit used for decoding, amplifier; uses in television and radio receivers, having controlling and/or driving that display, (ii) A rated non-linearity of not better than all of the following characteristics: provided that the integrated circuit is not 0.05 percent of full scale over the specified (a) Rated for operation at 11 MHz or less; integral with the actual display device; operating temperature range; (b) Not specially designed for station (17) Simple encapsulated photo-coupler (22) Non-reprogrammable microcircuits scanning applications; (transoptor) assemblies with electrical input which are specially designed for and by (c) Not utilizing charge-coupled device and output and which incorporate non­ virtue of circuit design are normally limited (CCD) technology; coherent light-emitting diodes; to use fo r functional purposes in the (d) Not intended for beam lead bonding; (18) Interface microcircuits, as follows: following applications: (e) Not intended for video and/or (a) Line drivers and line receivers having a (a) Automotive, including safety, comfort, luminance amplifiers with maximum rated typical propagation delay time from data operations and pollution; supply voltages exceeding 30 volts or with input to output o f not less than 15 (b) Home electronics, including radio and typical bandwidths greater than 7.5 MHz. nanoseconds; television, appliances, clocks, watches, audio Notes.—1. Licenses are likely to be (b) Sense amplifiers, having both of the and video tape recorders, safety, comfort and approved for export to satisfactory end-users following characteristics: amusement; for civil applications of assemblies, modules (i) A typical propagation delay time from (c) Personal communications up to 150 and printed circuit boards with mounted data input to output o f not less than 15 MHz, including amateur radio components (excluding those containing nanoseconds; communications and intercom; microprocessor, microcomputer and memory Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85927 microcircuits) covered by sub-entry 11(b)(2) transmitted as a composite whole), storing of analog computers covered by sub-entry (b) above, if the components are likely to be (buffering) data groups as necessary, above, and related equipment therefore approved for export to satisfactory end-users. processing part or all of the data groups for covered by sub-entry (h) above, provided 2. Licenses are likely to be approved for control (routing, priority, formatting, code that: export to satisfactory end-users of devices conversion, error control, retransmission or (a) The equipment is primarily used in non- covered by sub-entry 11(b), and not released journaling), transmission or multiplexing strategic applications; by sub-entries 11(c) (i) and (ii) above, when purposes as necessary, and retransmitting (b) The equipment will be used primarily they consist of, or are incorporated in, plug-in (processed) data groups when transmission for the specific non-strategic applications for printed circuit boards or plug-in modules for and/or receiving facilities are available); and which the export would be approved and that use in specifically identified equipment (5) Equipment or systems incorporating the number, type and characteristics of such previously exported, and which do not such computers; equipment are normal for the approved use; upgrade the initial performance of that (d) Digital computers with one or more of (c) The computers and related equipment equipment, provided that the plug-in printed the following characteristics: are not covered by and would not thereby circuit boards or plug-in modules cannot (1) Floating point operations are become covered by sub-entry (a), (f), or (g) operate independently from the equipment to implemented by hardware or microprogram above, or exceed the limits of this Note: which they are likely to be connected or control (firmware); (d) The analog computers are limited as follows: inserted. (2) The computer is equipped with 3. Licenses are likely to be approved for peripherals (other than those free from (1) The rated errors for summers, inverters export to satisfactory end-users of integrated control under sub-entry (h) below); and integrators are not less than (i) Static: circuits covered by sub-entry II(c)(ii) above (3) The computer is equipped with cathode- 0.01%; (ii) Total at 1 kHz: 0.15%. (2) The rated errors for multipliers are not only by virture of being encased in ray tube or other displays (other than those hermetically sealed dual-in-line packages, free from control under sub-entry (h) below), less than (i) Static: 0.025%; (ii) Total at 1 kHz: provided that the stated legitimate civil end- as follows: 0.25%. (3) use requires such a package. (i) Used to display alphanumeric, graphic The rated error for fixed function 4. Licenses are likely to be approved for and/or similar data or information; or generators (log x and sine/cosine) is not less export to'satisfactory end-users of devices, (ii) With light gun or other graphic input than Static: 0.1%. (4) No more than 350 operational encapsulated or unencapsulated, covered by devices; amplifiers; and sub-entries II (b) and (c) above, provided the (e) Other digital computers operated by one (5) No more than four integrator time scales devices have been designed specifically for or more common control units and capable of switchable during one program; identifiable civil applications and, by nature all of the following: of design or performance, are substantially (1) Accepting, storing, processing, and Technical Notes.—(1) The percentage for restricted to the particular application for producing an output in numerical or Note l(d)(l)(i) above applies to the actual which they have been designed. alphabetical form; output voltage; all other percentages apply to full scale, that is from maximum negative to 1565A Electronic computers and related (2) Storing in fixed or alterable (writable) storage devices more than 512 numerical maximum positive reference voltages. equipment, as follows: (2) Total errors at 1 kHz for Note 1(d) (l)(ii) (a) Analog computers designed or modified and/or alphabetical characters or having an internal fixed or alterable memory of more and (2)(ii) above, are to be measured with for use in airborne vehicles, missiles or space those resistors incorporated in the inverter, vehicles and rated for continuous operation than 2,048 bits; (3) Performing a stored sequence of summer or integrator which provide the least at temperatures from below —45° C to above error. +55° C; and equipment or systems operations that are modifiable by means (including replacement of fixed storage (3) Total error measurements include all incorporating such computers; errors of the unit resulting from, for example, (b) Other analog computers capable of devices) other than a physical change in wiring or interconnections; and tolerances of resistors and capacitors, accepting, processing and putting out data in tolerances of input and output impedances of, the form of one or more continuous variables . (4) Selecting a sequence from a pluality of stored operations based upon data or an amplifiers, the effect of loading, the effects of and capable of incorporating a total of at phase shift, and the generating of functions. least 20 summers, integrators, multipliers or internally computed result; 2. Favorable consideration for export to function generators with facilities for readily (f) Computers capable of operating both satisfactory end-users of digital computers varying the interconnection of these analog and digital modes and related covered by sub-entry (c)(4) above will components; equipment,' as follows: depend in part upon the degree of conformity (c) Digital computers and digital (1) Equipment whose analog portion meets the conditions of sub-entry (b) and whose with the following: differential analyzers (incremental (a) The equipment is specially designed to computers), as follows: digital portion meets the conditions of sub­ entry (e) and which also provides facilities meet the requirements of CCITT (1) Designed or modified for use in airborne recommendation F-31 or ICAO vehicles, missiles, or space vehicles and rated for processing in the digital section numeric data from the analog section and/or vice recommendations for civilian aviation for continuous operation at temperatures communication networks; from below —45° C to above +55° C; versa; (2) Equipment for interconnecting the (b) The equipment will be used primarily (2) Designed or modified to limit for the specified civil application and will be analog and digital portions of computers as electromagnetic radiation to levels much less operated by the civil authorities of the defined in sub-entry (f)(1); and than those required to meet appropriate importing country for general civil traffic, or (3) Digital or analog computers containing government civil interference specifications; for traffic with links with Western countries, interconnecting equipment as defined in sub­ (3) Designed as ruggedized equipment and or for an international Service to fulfill a entry (f)(2); capable of meeting military specifications for commitment to ITU, ICAO, or any other inter­ ruggedized equipment or modified for (g) Related equipment for the above governmental organization which includes (including that also described in entry Nos. military use; Western countries; (4) Designed or modified for “data 1572 and 1588), designed or modified as (c) The computers are not covered by the (message) switching” or those incorporating described in sub-entry (a) or (c), i.e. remainder of sub-entry (c) above, or by sub­ equipment, devices, or techniques, including specialized parts, components, peripherals, entries (f) or (g) above, or do not exceed the software, microprogram control (firmware) displays, sub-assemblies, accessories, and limits of this Note; and/or specialized logic control (hardware), spare parts; and (d) The number, type and characteristics of for accepting, storing, processing and (h) Other related equipment for the above such equipment are normal for the approved retransmitting data groups (“Data (message) (including that also described in entry Nos. use and that the equipment will be limited as switching” is the technique (including but not 1572 and 1588), i.e., specialized parts, follows: limited to store and forward or packet components, peripherals, displays, sub- (1) Suitable combinations of circuits not switching) for accepting data groups assemblies, accessories, and spare parts. exceeding: (including messages, packets or other digital Notes.—1. Licenses are likely to be (i) 250 circuits with “data signaling rates” or telegraphic information groups that are approved for export to satisfactory end-users of less than 150 bits per second; 85928 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

(ii) 60 circuits with “data signaling rates” of (e) For the interface equipment with which (3) The “total internal memory available to 150 to 1,000 bits per second; and/or the digital computer is equipped (to be the user” does not exceed 32,768 bits; (iii) 8 circuits with “data signaling rates" of provided only for administrative and control (4) For peripheral devices with which the greater than 1,000 to 4,800 bits per second; communications purposes): computer is equipped: (2) The maximum “data signaling rate” of (1) The “total effective bit transfer rate” of _ (i) No more than one magnetic tape any circuit does not exceed 4,800 bits per remote “terminal devices” does not exceed transport which does not exceed: second; 2,400 bits per second; (a) 1,600 bits per inch per track; (3) The sum of the “data signaling rates” of (2) The “effective bit transfer rate” of any (b) 9 tracks per inch (12.7mm) tape all circuits does not exceed 27,500 bits per interfaced “communication channel” does not width; second; exceed 2,400 bits per second; (c) y2 inch (12.7mm) tape width; and (4) The sum of the “data signaling rates” of (3) The interface equipment is located (d) 25 inches (65.6cm) per second tape all circuits with “data signaling rates” greater within the “computer operating area” and read/write speed; than 1,000 bits per second does not exceed limits the “effective bit transfer rate” to those (ii) Cassette/cartridge tape drives 19,200 bits per second; specified in sub-paragraphs (1) and (2) above; described in sub-paragraph (d) below; Technical Note.—“Data signaling rate” is and (iii) Digital computer peripherals and as defined in ITU Recommendation 53-36, (4) All interfaced “communication displays free from control under sub-entry (h) taking into account that, for non-binary channels” are dedicated full time to the given above; and modulation, “bauds” and “bits per second” application; (iv) Digital recording and reproducing are not equal. Bits for coding, checking and (f) The disclosure of software and technical equipment specially designed to use magnetic synchronization functions are to be included. information for the equipment exported is card, tag, labdl or bank check recording held to the minimum necessary for the (e) The disclosure of software and media free from control under entry No. 1572 application, operation and maintenance of technical information for the equipment sub-entry (a)(ii)\ the equipment in the stated civil end-use. exported is held to the minimum necessary (d) The related peripherals are limited as for the application, operation and Technical Notes.—(1) “Telephone Circuit follows; maintenance of the equipment in the stated Switching” is the technique for establishing Cassette/cartridge tape drives operating civil end-use. within an exchange, on demand and until serially one track at a time, provided they 3. Favorable consideration for export to released, an exclusive direct or PCM (CCITT have: satisfactory end-users of digital computers Recommendations G -ll, G-732 and G-733) (1) No more than 800 bits per inch per track; covered by sub-entries (d) (1) or (2), or (e) connection between calling and called and above, and related equipment therefor telephone circuits based solely on subscriber- (ii) No more than 6,000 bits per second covered by sub-entry (h) above, will depend type of telephone dialing information derived maximum bit transfer rate. in part upon the degree of conformity with from the calling circuit. The telephone circuits Technical Notes.—(1) “CPU data handling the following; may carry any type of signal, e.g. telephony, rate” is defined as the maximum number of (a) The equipment is primarily used in telegraph or telex, compatible with a voice bits that can be accessed in parallel from an “telephone circuit switching” or “telegraph channel bandwidth of 3,100 Hz. No internal memory divided by the minimum (telex) circuit switching” systems designed information available on the circuit other time (including access time) for the execution for fixed civil applications; than the subscriber dialing information is of any instruction operating on this number of (b) (1) The equipment will be installed in utilized for any other function. bits. “telephone circuit switching”, or "telegraph (2) ‘Telegraph (Telex) Circuit Switching” (2) “CPU numerical processing rate” is utilizes techniques essentially identical to (telex) circuit switching” systems designed defined as the number of bits used to “Telephone Circuit Switching” for for fixed civil applications; represent an arithmetic operand divided by establishing connections between telegraph (2) The equipment in total represents no the average time required for execution of a (telex) circuits based on the same type of more than 30 percent of the value of the multiplication operation, assuming the mosf dialing information. The telegraph (telex) switching system (during the initial efficient arithmetic data coding and the circuits (which may be telephone circuits) installation of a partially-equipped system, fastest hardware, microprogram control may carry any telegraph (telex) signal this total may approach 50 percent); and (firmware) and/or software multiplication (3) The switching system will be either: compatible with a voice channel bandwidth of 3,100 Hz or less. No information available technique available to the user. (i) Operated by civil authorities of the (3) “Total internal memory available to the importing country for general civil traffic, or on the circuit other than the subscriber user” is defined as the sum of the storage for traffic with links with Western countries, dialing information is utilized for any other capacities of all user-alterable internal or for an international service to fulfill a function. storage^ devices plus all user-replaceable commitment to ITU, ICAO or any other inter­ 4. Licenses are likely to be approved for fixed storage devices that may be governmental organization which includes export to satisfactory end-users of digital incorporated in the equipment at one time Western countries; or computers and/or devices covered by sub­ and that may be used to store microprogram (ii) Used in a private exchange or private entries (d)(1) or (2) or (e) above, and related control (firmware) and/or software branch exchange (in each case of no more peripherals covered by sub-entry (h) above, instructions and data. than 5,000 lines) which will be used in a civil provided that: installation situated in a densely-populated (a) The digital computers and/or devices 5. Licenses are likely to be approved for industrial area in a proscribed destination, have been designed for identifiable office and export to satisfactory end-users of related and for which a responsible representative of personal use and, by nature of design, specialized parts, components, sub- the end-user or importing agency has software, microprogram control (firmware), assemblies, accessories and spare parts furnished a signed statement describing the specialized logic control (hardware) or covered by sub-entry (h) above, for end-use and the location of the exchange and performance, are substantially restricted to equipment previously exported pursuant to certifying that the equipment will only be the particular application for which they have Note 4, provided that: used for that specific end-use; been designed; (a) The related specialized parts, (c) The computers and related equipment (b) The digital computers and/or devices components, sub-assemblies, accessories and are not covered by and would not thereby and the related peripherals and displays are spare parts: become covered by sub-entires (c), (f), or (g) not covered by sub-entries (c), (f) or (g) (1) Will not upgrade the equipment beyond above, or exceed the limits of this Note; above, or do not exceed the limits of this the limits of Note 4; (d) The number, type and characteristics of Note; (2) Are in reasonable quantities based on such equipment are normal for the approved (c) The digital computers and/or devices the quantity of equipment previously use and that the equipment will be limited to are limited as follows: exported from the country; and the minimum system configuration necessary (1) The “CPU data handling rate” does not (3) Are only for equipment previously to control a 50,000 line exchange for the uses exceed 2 million bits per secqnd; exported from the country; cited in sub-paragraph (b)(3)(i) above, or to (2) The “CPU numerical processing rate” (b) Advanced technology components control a 5,000 line exchange for the uses for units capable of arithmetic operations (microprocessors, arithmetic logic units cited in sub-paragraph (b)(3)(ii) above; does not exceed 0.1 million bits per second; (ALUs), fixed or alterable storage devices, Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85929 programmed logic arrays (PLAs), etc.) (5) The "effective bit transfer rate” of any the equipment would not thereby exceed the covered by entry No. 1564 or 1588 are held to "terminal device” located remote from the limits with the following additional limits on the minimum performance and quantity “computer operating area” does not exceed peripheral memory devices with which the appropriate for the type and quantity of 2,400 bits per second; computer is equipped: equipment they are intended for, assuming (6) For interface equipment with which the (a) The “effective bit transfer rate” of any normal usage patterns. computer is equipped: peripheral memory or data channel does not 6. Licenses are likely to be approved for (i) The “total effective bit transfer rate” exceed 1.6 million bits per second; export to satisfactory end-users of related (excluding parity, word marker and flag bits) (b) For peripheral memory devices other specialized parts, components, sub- of remote “terminal devices” does not exceed than magnetic tape transports: assemblies, accessories and spare parts 4,800 bits per second; (1) Total connected “net capacity” does not covered by sub-entry (h) above, for tape (ii) The “effective bit transfer rate” of any exceed 1,900 million bits; drives previously exported pursuant to Note 4 interfaced "communication channel” does not (2) For each independent device with an (c)(4)(ii) and (d), provided that they will not exceed 1,200 bits per second; “average access time” of 30 milliseconds or upgrade the tape drives beyond the limits of (iii) The interface equipment is located greater, the “memory performance factor” Note 4. within the “computer operating area” and does not exceed 64,000. 7. Licenses are likely to be approved for limits the “effective bit transfer rates” to 1568A Equipment, as follows: export to satisfactory end-users of digital those specified in sub-paragraphs (i) and (ii) (a) * * * computers covered by sub-entries (d) (1) or above; and (b) * * * (2) or (e) above, and related equipment (iv) All interfaced “communication (c) * * * therefor covered by sub-entry (h) above, channels” are dedicated full time to the given (d) * * * provided that: application. (e) * * * (a) The equipment is primarily used in non- 8. Licenses are likely to be approved for (f) * * * strategic applications; export to satisfactory end-users of additional (g) Precision potentiometers, except (b) The equipment will be used primarily internal memory or peripheral memory potentiometers using only switched elements for the specific non-strategic applications for devices covered by sub-entry (h) above, for (for the purpose of this sub-entry, a precision which the export would be approved and that equipment previously exported pursuant to potentiometer means one having a rated the number, type and characteristics of such Note 7, provided that: conformity better than 0.25 percent for a equipment are normal for the approved use; (a) Two years have elapsed since the initial linear potentiometer; or 1 percent for a non­ (c) The computers and related equipment installation of the equipment; linear potentiometer), and special are not covered by and would not thereby (b) The equipment would not thereby instruments rated to have the same become covered by sub-entries (c), (f) or (g) exceed the limits of Note 7(d) with the characteristics as potentiometers in (1) and above, or exceed the limits of this Note; following modified limits on internal memory (2) below, such as Vemistats, as follows: (d) The digital computers are limited, as and peripheral memory devices: (1) Linear potentiometers having a constant follows: (1) The internal memory total connected resolution and a rated linearity of better than (1) The sum of either the “I/O .bus rate” or capacity (excluding parity, word marker and 0.05 percent absolute; the “total effective bit transfer rate”, flag bits) does not exceed 4.72 million bits; (2) Non-linear potentiometers having a whichever is less, and the “CPU bus rate” (2) For peripheral memory devices other variable resolution and a rated conformity of: does not exceed 45 million bits per second; than magnetic tape transports: (i) 1 percent or less when the resolution is (2) The “processing data rate” for CPUs (i) Total connected “net capacity” does not inferior to that obtained with a linear which implement floating point operations by exceed 1,400 million bits; potentiometer of the same type and of the hardware or microprogram control (firmware) (ii) “Total number of accesses” does not same track length; or does not exceed 8 million bits per second; exceed 200 per second; (ii) 0.5 percent or less when the resolution (3) The internal memory total connected (c) The conditions of Note 7 continue to be is better than or equal to that obtained with a capacity (excluding parity, word marker and met. linear potentiometer of the same type and of flag bits) does not exceed 2.36 million bits; 9. Licenses are likely to be approved for the same track length; or (4) For peripheral devices with which the export to satisfactory end-users of (3) * * * computer is equipped: reasonable quantities of peripherals covered (h) * * * (i) The “total effective bit transfer rate” by sub-entry (h) above, as follows: (i) * * * (excluding data channels not equipped with (a) Disc drives utilizing non-rigid magnetic (j) * * * peripheral memory units) does not exceed 8 media, provided they have: (k) * * * million bits per second; (1) No more than a 7.88 in. (201 mm.) disc; (l) * * * (ii) The “effective bit transfer rate” of any (2) No more than 3.2 million bit “net (m)* * * peripheral memory or data channel does not capacity”; Note.—Licenses are likely to be approved exceed 1.6 million bits per second; (3) No more than 250,000 bits per second for export to bona fide end-users of (iii) No more than 12 magnetic tape maximum bit transfer rate; and potentiometers covered by subentries (g) (1) transports; (4) No less than 250 millisecond “average and (2) above, provided they have been (iv) Magnetic tape transports which do not access time”; designed for civil use, and have been in use exceed: (b) Cassette/cartridge tape drives in civil equipment for a period of not less (a) 1,600 bits per inch per track; operating serially one track at a time, than five years. (b) 9 tracks per Vz inch (12.7 mm.) tape provided they have: 1572A Recording and/or reproducing width; and (1) No more than 1,600 bits per inch per equipment as follows (for equipment which (c) Vz inch (12.7 mm.) tape width; track; may be exported in conjunction with (v) For peripheral memory devices other (2) No more than 48,000 bits per second computer shipments, see entry No. 1565.): than magnetic tape transports: maximum bit transfer rate; (a) Using magnetic techniques, except: (a) Total connected “net capacity” does not (c) Non-impact line printers operating at (i) Those specifically designed for voice or exceed 960 million bits; 2,000 lines per minute or less and non-impact m usic; (b) For each independent device with an character printers operating at 300 characters* (ii) Those specifically designed to use “average access time” of less than 30 per second or less; magnetic card, tag, label or bank check milliseconds, the “memory performance (d) Graphic displays specially designed for recording media with a magnetic surface factor” does not exceed 8,000; signature security checking having an active area not exceeding 10 sq. in. (65 sq. cm.); or (c) For each independent device with an display area not exceeding 150 sq.cm. (iii) Digital recording and reproducing “average access time” of 30 milliseconds or 10. Licenses are likely to be approved for equipment operating serially with a packing greater, the “memory performance factor” export to satisfactory end-users of additional density not exceeding 800 bits per inch per does not exceed 43,000; internal memory and peripheral memory track specially designed for use with, and (d) “Total number of access” does not devices covered by sub-entry (h) above, for incorporated in, typewriter systems used for exceed 150 per second; equipment previously exported, provided that preparing, correcting and/or composing text; 85930 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

(b) Using electron beam(s) operating in a (c) Systems for use in civil aircraft or inch (9,042 flux changes per inch) along the vacuum, and/or laser-produced light beams helicopters to record flight data for safety length of the tape; (see also entry No. 1522) that produce and/or maintenance purposes, and having all (ii) A magnetic coating thickness not less . patterns or images directly on the recording of the following characteristics: than 0.40 mil (10.2 microns); surface, and specialized equipment for image (i) In normal civil use for more than one (iii) A tape width not exceeding 1 inch development, except equipment specifically year; (25.4 mm); designed for television recording and/or (ii) Not exceeding 100 input channels; (iv) A tape length not exceeding 3,600 feet reproducing on discs; (iii) Sum of the individual channel (1,097.3 meters); (c) Graphic instruments capable of recording bandwidths not exceeding 500 Hz; (3) Computer tape in cassettes/cartridges continuous direct recording of sinusoidal (d) Recording equipment not intended for designed for digital longitudinal recording waves at frequencies exceeding 20 kHz; and use in conjuction with equipment or materials and reproduction and having all of the (d) Specialized parts and components for covered by other items, provided that the following characteristics: the above and recording media used in capability of the recorder is limited to both: (i) A magnetic coating certified for a equipment covered by subentries (a) and (b). (1) A tape width not exceeding V\ inch (6.35 maximum packing density of 1,600 bits per (The term “recording media” is intended to mm); inch (3,200 flux changes per inch) along the include all types and forms of specialized (2) Digital recording techniques in serial length of the tape; recording media used in such recording form with a packing density not exceeding (ii) A magnetic coating thickness not less techiques, including but not limited to tapes, 800 bits per inch. than 0.17 mil (4.32 microns); drums, discs and matrices.) Technical Note.—Packing density is, for (iii) A tape width not exceeding Vi inch Notes.—1. Licenses are likely to be digital recorders, the number of bits per (6.35 mm); approved for export to satisfactory end-users second per track divided by the tape speed; (iv) A tape length not exceeding 900 feet of reasonable quantities of equipment (e) Incremental recorders and/or (274.3 meters); covered by sub-entry (a) above, and reproducers (i.e. equipment designed for (4) Computer flexible disc cartridges specialized parts, components and recording discontinuous sampling and/or collection of designed for digital recording and media therefor covered by sub-entry (d) data in an incremental manner) having all of reproduction and having all of the following above, for use with the exported equipment, the following characteristics: characteristics: as follows: (1) The maximum tape speed, at the (i) A magnetic coating certified for a maximum packing density of 13,262 flux (a) Video magnetic tape recorders, maximum stepping rate, does not exceed 2 changes per radian (3,268 bits per inch at a specially designed for television recording, inches (50.8 mm) per second; radius of 2.029 inches (51.536 mm)) around using a signal registered with the C.C.I.R., or (2) The equipment has all the the disc; specifically ^designed or adapted for use with characteristics specified in sub-paragraphs (ii) A magnetic coating thickness not less medical equipment, and having all of the (3) to (6) inclusive in Note 1(b) above; than 0.1 mil (2.54 microns); following characteristics: (f) Digital magnetic recorders specially (iii) A disc thickness not exceeding 0.003 (1) 3 dB recording bandwidth not exceeding designed for seismic/geophysical inch (80 microns); 6 MHz; applications, operating in the frequency range (iv) A disc outer diameter not exceeding (2) Maximum length of time of a single scan of 5 to 800 Hz and limited to the following 7.88 inches (201 mm); not exceeding 20 milliseconds; operational parameters: (v) A disc inner diameter of 1.5 inch (38.1 (3) Not ruggedized; (1) A maximum bit packing density of 1,600 mm). (b) Analog magnetic tape recorders haying bits per inch (63 bits per mm) per track; 3. Licenses are likely to be approved for all of the following characteristics: (2) A maximum bit transfer rate of 0.96 export to satisfactory end-users of (1) Bandwidth capability at maximum million bits per second; reasonable quantities of recording media design speed not exceeding 100kHz per track;. (3) A maximum tape read-write speed of 75 covered by sub-entry (d) above, specially (2) Recording density not exceeding 5,000 inches (190.5 cm) per second. designed for digital recording and magnetic flux sine waves per linear inch (25.4 Technical Note.—Packing density is, for reproducing equipment operating serially mm) per track; digital recorders, the number of bits per with a packing density not exceeding 800 bits Technical Note.—Recording density is, for second per track divided by the tape speed. per inch per track specially designed for use direct recorders, the recording band width 2. Licenses are likely to be approved for with, and incorporated in, typewriter systems divided by the tape speed; and, for FM export to satisfactory end-users of used for preparing, correcting and/or recorders, the sum of the carrier frequency reasonable quantities of magnetic tape and composing text. (The digital recording and and the deviation divided by the tape speed; flexible disc cartridge recording media reproducing equipment described in this Note (3) Not ruggedized; covered by sub-entry (d) above, for use in is not covered by sub-entry (a) above.) (4) Not rated for continuous operation in civil television recording and reproducing 1584A Cathode-ray oscilloscopes and ambient temperatures from below —20° C to applications or with computers as specialized parts therefor, including above +55° C; appropriate, provided that: associated plug-in units and external (5) Not specifically designed for (a) The base material consists only of amplifiers, preamplifiers, and sampling underwater use; polyethylene terephthalate or cellulose devices, having any of the following (6) Not including recording and/or acetate; characteristics: reproducing heads of the rotary or floating (b) The magnetic coating material consists (a) An amplifier bandwidth greater than types or designed for use in equipment with only of undoped gamma-ferric (iron) oxide 100 MHz (defined as the band of frequencies characteristics superior to those designed in with a rated intrinsic coercitivity not over which the deflection on the cathode-ray subparagraph (b) (1) and (2) above; exceeding 350 oersteds (video tape tube does not fall below 70.7 percent of that (7) Tape speed not exceeding 60 inches considered under subparagraph (c)(1) below, at maximum point measured with a constant (152.4 cm) per second; may also include chromium dioxide-coated input voltage to the amplifier); (8) Number of recording tracks (excluding tape with a rated intrinsic coercitivity not (b) Containing or designed for use with audio voice track) not exceeding 16; exceeding 500 oersteds and a width not cathode-ray tubes covered by entry 1541 (b) (9) Start-stop time not less than 25 exceeding 1 inch (25.4 mm)); and or (c); milliseconds; (c) The magnetic recording media is limited (c) * * * (10) Equipped with tape-derived (off-tape) to the following types and characteristics: (d) * * * servo speed control and with a time (1) Video tape designed for television (e) * * * displacement (base) error of not less than recording and reproduction with a tape width (f) * * * ± 2 5 microseconds at a tape speed of 60 not exceeding 2 inches (50.8 mm); Note.—Licenses are likely to be approved inches (152.4 cm) per second and not less (2) Computer tape designed for digital for export to satisfactory end-users of than ± 5 0 microseconds at any lower tape longitudinal recording and reproduction and oscilloscopes (including mainframe/amplifier speed measured in accordance with IRIG having all of the following characteristics: systems) and probes therefor, covered only document 118-71, paragraph 5.2.2.5, or (i) A magnetic coating certified for a by sub-entries (a) and (b) above, provided document EIA RS-413/ANSI C 83.94-1973; maximum packing density of 6,250 bits per that: Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85931

(á) The oscilloscope or system bandwidth (1) Switching speed of 0.3 microsecond or (b) Nickel powder in uncompacted powder is not rated in excess of 200 MHz; faster at the minimum field strength required form made by the carbonyl process, in (b) In the case of systems, the for switching at 104° F (40° C); or quantities of 50 kg or less. characteristics of individual plug-ins or (2) A maximum dimension less than 30 mils 1673A Artificial graphite having an mainframes are not in excess of what is (0.76 mm); apparent relative density of 1.90 or greater required for the overall system performance; (c) * * * when compared with water at 60° F (15.50° (c) The equipment is a reasonable (d) * * * C), except artificial graphite which has been requirement for the stated legitimate civil (e) * * * impregnated or composited with inorganic end-use; and (f) * * * materials for the purpose of improving only (d) The cathode-ray tube contains no (g) * * * electron multiplier. its electrical conductivity, its mechanical Note.—Licenses are likely to be approved resistance or its mechanical friction 1586A Acoustic wave devices and for export to satisfactory end-users of single properties; and electrical resistors, artificial specialized parts therefor, as follows: aperture forms covered by sub-entry (b) loads for microwave applications, cable (a) Surface acoustic wave and surface above, provided they have a switching speed waveguide terminations, brush stock, special skimming acoustic wave devices [i.e., signal of slower than 0.3 microsecond and a joints for electrodes, boats and crucibles and processing devices employing elastic waves maximum dimension of 14 mils (0.36 mm) or high density graphite optical elements. in materials, including but not limited to, more. lithium niobate, lithium tantalate, bismuth N o te .—Licenses are likely to be approved 1595A Gravity meters (gravimeters), and germanium oxide, silicon, quartz, yttrium for export to satisfactory end-users of the specialized parts therefor, designed or garnet, aluminum oxide and magnesium following: modified for airborne or marine use. aluminum oxide) which permit direct (a) Pyrolitic graphite (e.g. graphite made by processing of signals, including but not Note.—Licenses are likely to be approved vapor deposition at temperatures exceeding limited to, amplifiers, correlators (fixed, for export to civil end-users for civil end-uses 2,732° F. (1,500° C)) in crude or semi- programmable and memory), oscillators, of marine gravimetric systems having a static fabricated forms, the dimension of any one of bandpass filters (transversal and resonator), accuracy of 1 milligal or above, or an in- which does not exceed 4 inches (10. cm) in multiplexers, dispersive expansion and service (operational) accuracy of 1 milligal or any direction, in individual shipments not compression filters, delay lines (fixed and above with a time to steady-state registration exceeding 55 pounds (25 kg); tapped) and non-linear devices, having any of of two minutes or greater under any (b) Non-pyrolitic graphite, having a relative the following characteristics: combination of attendant corrective density of less than 1.95 which has not been (1) A carrier frequency of greater than 400 compensations and motional influences. coated or composited with other elements or MHz; 3604A Zirconium metal; alloys containing compounds to improve its performance at (2) * ‘ * more than 50% zirconium by weight; £nd elevated temperatures or reduce its (b) * * * compounds in which the ratio of hafnium permeability to gases. Note.—Licenses are likely to be approved content to zirconium content is less than one 1754A Fluorocarbon compounds and for export to satisfactory end-users of devices part to five hundred parts by weight; manufactures, as follows: manufacturers wholly thereof; covered by sub-entry (a)(1) above, which are except (a) Monomeric and polymeric materials, as specially designed for use in civil television (i) Zirconium metal and alloy in shipments follows: o f 5 kg or less; equipment-and which operate at frequencies (1) Polychlorotrifluoroethylene, oily and below 1 GHz. (ii) Zirconium in the form of foil or strip waxy modifications only; 1587A Quartz crystals and assemblies having a thickness not exceeding 0.025 mm (2) ‘ * (0.00095 in.) and specially fabricated and thereof in any stage of fabrication (i.e. (3) * * * worked, semi-finished or mounted), except intended for use in photo flash bulbs, in shipments of200 kg or less. (4) * * * optical grade quartz crystals, as follows: (5) * * * (a) For use as filter elements, and having . Note.—Licenses are likely to be approved (b) Greases, lubricants and dielectric, either of the following characteristics: for export to satisfactory end-users of: damping and flotation fluids made wholly of (1) Designed for operation over a (a) Finished parts made of zirconium metal any of the materials in sub-entry (a) above; temperature range wider than 125° C; or or alloys, specially designed for an identified (c) * * * (2) Crystals or assemblies of crystals which civil research or power reactor, such as N o te .—Licenses are likely to be approved use the trapped energy phenomenon (i.e. cladding tubes and plugs and separators for export to satisfactory end-users of up to 5 those which have more than one series or therefor, liner tubes, thermal insulating tubes, US gallons (18.9 liters) of parallel resonance on a single quartz pressure tubes and calandria tubes, provided element); that: polychlorotrifluoroethylene-based lubricating (b) * * * (1) None of the parts contains fissile oils covered jointly by sub-entries (a)(1) and (c) * * * materials; and (b) above, for bona fide civil uses. . Note.—Licenses are likely to be approved (2) The importing country has agreed to the 1755A Silicone fluids and greases, as for export to satisfactory end-users of items application of the Safeguards of the follows: covered by sub-entry (a) above, which have International Atomic Energy Agency (IAEA) (a) * * * either of the following characteristics: in connection with the nuclear reactor (b) Silicone lubricating grease capable of (a) Designed for operation as intermediate facility; operating at temperatures of 356° F (180° C) frequency filters operating from 10.5 to 11 (b) Contained zirconium metal, or parts or higher and having a drop point (method of MHz or from 21 to 22 MHz with 3 dB ma»de therefrom, in individual shipments not test being ASTM or ITP) of 428° F (220° C) or bandwidths not exceeding 40 kHz; or exceeding 100 kg, when intended for use in, higher. (b) Designed for operation as single or in support of, an identified civil research or N o te .—Licenses are likely to be approved sideband filters operating at from 1 to 10 power reactor facility, in connection with for export to satisfactory end-users of MHz with 3 dB bandwidths not exceeding which it is contemplated that IAEA silicone lubricating greases covered by sub­ 4kHz. Safeguards would be applied. entry (b) above, provided they are not 1588A Materials composed of crystals 3605A Nickel powder and porous nickel capable of operating at temperatures of 400° having spinel, hexagonal, orthorhombic or metal, as follows: F (205° C) or higher. garnet crystal structures; thin film devices; (a) Powder with a nickel content of 99 1763A Fibrous and filamentary materials assemblies of the foregoing; and devices percent or more, and a particle size of less which may be used in composite structures or containing them, as follows (for equipment than 100 micrometers; and laminates and manufactures thereof, as which may be exported in conjunction with (b) * * * follows: computer shipments, see entry No. 1565): Note.—Licenses are likely to be approved (a) Having both of the following (a) * * * for export to satisfactory end-users of: characteristics: (b) Single aperture forms possessing either (a) Nickel powder in uncompacted powder (1) Specific modulus greater than 1.25X 108, of the following characteristics: form not made by the carbonyl process; or and 85932 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations

(2) Specific tensile strength greater than Commodity Number (ECCN). The first proposed transaction will generally 3X 106; digit relates to the strategic level of have to be issued prior to shipment. If a (b) Having both of the following control; the second digit identifies the commodity is covered by a CCL entry characteristics: Group to which the commodity belongs; but is intended for export to a country (1) Specific modulus greater than l x 10s, and and the remaining two digits identify that is not included in a country group (2) Melting or sublimation point higher than related commodities within a Group. for which control is indicated, the 3,000° F (1,649° C) in an inert environment: commodity may be shipped under except carbon fibers having a specific Group » Types of commodities authority of General License G-DEST, modulus of less than 2x10s and a specific 0 ...... Metal-working machinery provided none of the parties involved is tensile strength of less than lx 10s; 1 ...... Chemical and petroleum equipment (c) * * * 2 ...... Electrical and power-generating equipment currently denied export privileges (see 3 ...... General industrial equipment Supplement No. 1 to Part 388) and the Note.—Licenses are likely to be approved 4 ...... Transportation equipment for export for bona fide civil end-uses, of 5 ...... Electronics and precision instruments export is not restricted by the special 6 ...... Metals, minerals, and their manufactures carbon fibers covered by sub-entries (a) and 7 . . . . : ...... Chemicals, metalloids, petroleum products, licensing requirements summarized in (b) above having both of the following and related materials (f)(3) below. A small value shipment of a characteristics: 8 ...... Rubber and rubber products commodity included in a CCL entry may 9 ...... Miscellaneous (a) Specific modulus less than 4.5 X 10s, and be eligible for export to a destination in (b) Specific tensile strength less than Country Group Q, T, or V under the 4X 106. Within the ten general categories, authority Pf General License GLV. In 1767A Preforms of glass or any other specific CCL entries define the addition, one of the other, more material specially designed for the commodities under control to the fabrication of optical transmission fibers specialized, General Licenses set forth destinations included in the country intended for the manufacture of cable in Part 371 may be applicable. Exporters covered by entry No. 152611(c). groups specified in the CCL column should review the General License headed “Validated License Required.” Note.—Licenses are likely to be approved provisions in Part 371 prior to filing an See Supplement No. 1 to Part 370 for a for export to satisfactory end-users of the application to ascertain whether any listing of the countries included in each preforms described in this entry. apply to the proposed shipment or country group. 2. The authority citation for Part 399 is (c) Embargo Destinations. Almost all conversely require a validated license. revised to read as follows: CCL entries include Country Groups S (e) Canada. Canada is not included in Authority: Sec. 4, Pub. L. 96-72 (50 U.S.C. and Z, embargo destinations, in the any of the Country Groups, and most app. 2403); (E .0 .12214, 45 FR 29783, May 6, column headed “Validated License commodities may be exported to 1980), Department Organization Order 10-3, Required.” Generally, the last entry in Canada for consumption or use in that (45 FR 6141, January 25,1980) and each commodity category is a “basket” country without a validated export International Trade Administration Organization and Function Order 41-1 (45 FR entry asserting control over exports to license. In the few instances where a 11862, January 30,1980). destinations in Country Grqups S and Z validated license is required, Canada is of commodities that are not elsewhere specifically named. See § 385.6 for a 3. Section 399.1 is revised to read as specified in that commodity category. In general policy statement with respect to set forth below. The Commodity Control a few instances, however, certain exports to Canada. Note also the special List printed in the Federal Register of entries are excepted from the general June 25,1980 (45 FR 43060-43138) is licensing requirements summarized in embargo policy and are specifically (f)(3) below. reconfirmed and is designated identified. The commodities so excepted Supplement 1 to § 399.1. Supplement 1 is (f) How To Use the CCL.—(1) G eneral may be exported under General License categories. The first step is to identify amended by removing pages CCL-5,10, G-DEST. Certain other General Licenses which CCL entry covers the commodity 19, 21, 22, 23, 24, 28, 66, 70, 72, 77 and 79 may also apply, e.g., General License proposed for export. This can usually be printed at 45 FR 43064, 43069, 43078, GIFT. With these exceptions, no determined by reviewing the 43080, 43081, 43082, 43083, 43087, 43125,’ commodity may be exported or 43129, 43131, 43136, and 43138, and reexported to a destination in Country appropriate general category within inserting in their place replacement Group S or Z unless an export license which the commodity is most likely to pages CCL-5,10,19, 21, 22, 23, 24, 28, 66, ’ application (Form ITA-622P) or request be included. If the exporter is uncertain 70, 72, 77 and 79 set forth below. to reexport (Form ITA-699P) has been of the proper CCL entry, he should § 399.1 The commodity control list and filed with the Office of Export consult the Office of Export how to use it Administration and a validated export Administration. (a) Commodity Coverage. The license or reexport approval covering Once the CCL entry has been located, Commodity Control List (CCL) includes the proposed transaction has been • the Export Control Commodity Number all commodities except those issued to the exporter. See § 385.1 for (ECCN) should be noted. This consists specifically controlled for export by general policy statements with respect of a four-digit number that must appear another department or agency of the to embargo destinations. on your export license application or U.S. Government. For example, arms, (d) A ll Other Destinations, except reexport request, if one is required. The ammunition,, and implements of war are Canada. If a commodity is intended for four-digit number will be followed by a controlled for export by the Office of export to a destination in Country Group code letter. This code letter is a key to Munitions Control, U.S. Department of P, Q, T, V, W, or Y and is covered by a the documentation requirements of Part State. See § 370.10 for a listing of CCL entry that includes P, Q, T, V, W, or 375, and is used elsewhere in the exports controlled by other U.S. Y, as appropriate, in the column headed Regulations to indicate the country Government departments and agencies. “Validated License Required,” an export group level of control for CCL entries. (b) Commodity Categories. The license application or reexport request This code letter need not appear on the commodities under OEA jurisdiction are will generally have to be filed with the export license application or reexport grouped on the CCL under 10 general OEA and a validated export license or request. The letters used and the categories. Each CCL entry is preceded reexport authorization covering the by a four-digit Export Control respective country groups are: Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85933

„ . . ____ Country groups for which validated license is Code letters a K required commodity may not be exported under a Electronic Equipment Division (EE), General License even though, from an Capital Goods and Production Material A ...... PQSTVWYZ (Multilaterally controlled to all destinations.) examination of the CCL, it appears to Division (MG), and Short Supply Only “A” commodities are subject to IC/OV meet the requirements for export under Division (SS). Only those entries on the procedure (see §375.1). a General License. Exporters should B ...... PQSTVWYZ (Unilaterally controlled to all CCL that have the same processing code destinations.) review, in particular, Parts 376, 378, and may be entered on a single application C ...... PQSWYZ and certain other countries. 385. For example— for export license. (For complete D ...... PQSWYZ only. E ...... P S W Y Z . (i) The commodity is related to information the inclusion of related F ...... SZ and certain other countries. nuclear weapons, nuclear explosive commodities on a single application, see G ...... SZ only. I ...... N o n e . devices, nuclear testing, the chemical § 372.4 (d).) M ...... Various (Country Group control level is gov­ processing of irradiated special nuclear (3) Reason for control. The reason for erned by another entry on the CCL.) or source materials, the production of control for each entry is specified in the heavy water, the separation of isotopes last column1, using the following (2) Country of destination and value of source and special nuclear material, number code— of shipment. Having located the ECCN or the fabrication of nuclear reactor fuel for a commodity that is to be exported, containing plutonium, as described in Code No. Reason for control § 378.3, or the technical data are related 1 ------National security1 the next step is to determine if a 2 ------Short supply* validated export license is required for to any of these activities, as described in 3 ------Foreign policy3 the particular shipment in question. This § 379.4(c)(1), unless the technical data 4 ------Nuclear non-proliferation 4 5.1..______Crime control (foreign policy)3 is determined by reference to the may be exported under the provisions of General License GTDA; column of the CCL headed “Validated •Export Administration Act of 1979, Section 5, Pub. L. 9 6- (ii) An individual validated export 72, 93 StaL 507, to be codified at 50 U.S.C. app. §2404. License Required” and, in certain cases, ‘ Export Administration Act of 1979, Section 7, Pub. L. 9 6- by the value of the shipment. license is required to export any 72, 93 S tat 515, to be codified at 50 U.S.C. app. §2406. commodity or technical data (except Other statutes controlling petroleum and other commodities (i) If the code letter following the include: Energy Policy and Conservation Act, Section 103, data meeting the conditions of General Pub. L 94-163, 89 Stat 877, 42 U.S.C. §6212; Trans-Alaska ECCN is A or B, and the country of Pipeline Authorization A ct Section 101, Pub. L 93-153, 87 destination is in Country Group T or V, License GTDA) where the exporter S ta t 576, amending 30 U.S.C. §185; Naval Petroleum Re­ knows or has reason to know that the serve Production Act of 1976, Section 201(10), Pub. L. 9 4 - a validated export license is required if 258, 90 S ta t 309, amending 10 U.S.C. § 7430. commodity, the data, or any product of ‘ Export Administration Act of 1979, Section 6, Pub. L. 96- the value of the shipment exceeds the 72, 93 StaL 513, to be codified at 50 U.S.C. app. §2405. value shown in the column of the CCL the data, will be sold to or used by or for 4 Export Administration Act of 1979, Sections 5, 6, and military or policy entities in the 17(d), Pub. L 96-72, 93 Stat. 507, to be codified at 50 headed “GLV $ Value Limit.” However, U.S.C. app. § 2416(d), (Muclear Non-Proliferation Act of 1978, Republic of South Africa or Namibia. Section 309(c), Pub. L 95-242, 92 Stat. 141, to be codified see § 371.5 for restrictions on the use of at 42 U.S.C. § 2139a. General License GLV. See also § 385.4 with respect to controls ‘ Export Administration Act of 1979, Section 6(j), Pub. L. over other commodities for export to the 96-72, 93 Stat 515, to be codified at 50 U.S.C. app. (ii) If the code letter following the §2405® . ECCN is A and the country of Republic of South Africa or Namibia. (g) destination is in Country Group P, Q, S, Commodity Control List Headings. In some cases, more than one reason for The Commodity Control List contains W, Y, or Z, a validated export license is control is given for one entry. If an entry two headings designed to inform required regardless of the value of the is controlled for more than one reason, shipment. applicants of information that must be but not to an identical list of countries, included on an export license (iii) If the code letter following the the lesser degree of control is explained application or reexport request, and one ECCN is B, C, D, or E, and the country of in a footnote. Also, all entries (except heading to inform applicants of the destination is in Country Group P, S, W, those showing “none” in the “Validated reason for control of the commodity. Y or Z or specifically named in the License Required” column) are (1) Unit of quantity. The quantity column of the CCL headed “Validated controlled for foreign policy reasons to classification given for each commodity License Required,” a validated export Country Groups S and Z due to certain in the “Unit” column of the CCL must be license is required, regardless of the embargo programs, and all entries shown on the export license application. value of the shipment. If the country of having both a “V” in the “Validated If dashes (------) are shown in this destination is in Country Group Q, a License Required” column and a “1” in column, the license is issued in terms of •the “Reason for Control” column are validated export license is required dollar value, unless a specific unit of unless the code letter is E, F, G or I, or controlled for foreign policy reasons to quantity is required by a footnote in this Syria, Iraq, Libya, and the People’s there is a GLV $ value shown in a column. However, if another unit of footnote to the entry and the value of Democratic Republic of Yemen. In some quantity is commonly used in the trade, cases, sub-entries of a CCL entry are the shipment does not exceed the GLV $ the application should show the quantity value. The GLV $ value limit for Country controlled for different reasons. In these in terms of that unit. If a unit of weight cases, a dash (—) will be shown in the Group Q is “0” unless stated otherwise or measure is listed in the unit column, a in a footnote for the entry. However, see first line of the entry, and the code shipping tolerance is allowed. (See number is shown in the “Reason for § 371.5 for restrictions on the use of § 386.7.) Control” column exactly opposite each General License GLV. (2) Processing code. For each entry on (iv) If the code letter following the sub-entry (a), (b), etc. (For example, see the Commodity Control List, a CCL entry No. 1110.) ECCN is F or G, and the country of processing code, i.e., CD, EE, MG, or SS, destination is in Country Group S or Z (h) The Abbreviation “n.e.s. "The appears in the “Processing Code” abbreviation “n.e.s.” appearing in or is specifically named in the column of column. These processing codes must be various CCL entries means “not the CCL headed “Validated License shown on the application for export elsewhere specified.” If a commodity Required,” a validated export license is license or reexport request, since they intended for export appears to be required, regardless of the value of the are used to facilitate the routing and covered by a CCL entry and the shipment. processing of export license applications (3) Special licensing requirements. within the Office of Export Under certain circumstances, a Administration. These processing codes •In accordance with section 5(c)(1) and 6(k) of the stand for Computer Division (CD), Export Administration Act of 1979. 85934 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations commodity description carries the limitation “n.e.s.,” that CCL entry should not be used until a check has been made to determine whether another CCL entry specifically covers the commodity. (i) Commodity Description on Applications or Reexport Requests. Phrases such as “specify by name,” “specify by name and model number,” “give full specifications,” etc., are included in various CCL entries. This information is required by the OEA on export license applications or reexport requests in order to evaluate the proposed export. Failure to provide the requested information may delay processing or result in the application or reexport request being returned without action. (j) Commodity Groups. Export control commodity classifications are divided into major groups of related commodities. Below are the titles appearing on tlie Commodity Control List and initial page number of each group. (k) Control Over End Products. Certain commodities that are under export control to all destinations for national security reasons may be used as components in end products that, because of their peaceful use, are under control only to embargo destinations. Where a controlled component is the principal element in such an end product, however, and can feasibly be removed or used for other purposes, the object of the control program is defeated unless the end product is subject to the same control as the component. This explains why, in some instances, commodities that do not appear to qualify for control for national security reasons are under validated license control to all destinations. Note.—The foregoing portion of this § 399.1 is explanatory only and does not modify or supersede other Parts of the Export Administration Regulations. BILLING CODE 3510-25-M Commodity Control List—399.1 Group* 0 — 1 COU»

Export Control Commodity 1 and Commodity Dc*criptio

4094B Mandrels and bellows forming dies, as fol- |j______|| PQSTVWYZ || 0 || MG || 4 1206A Electric arc devices for generating a flow |!______|! PQSTVWYZ || 500 || MG j| 4*1

lows: || and Canada || of ionized gas in which the arc column is con­ 85935 Regulations and Rules / 1980 30, December Tuesday, / 251 No. 45, Vol. / Register Federal stricted, except devices wherein the flow of gas is for isolation purposes only and devices of less than 100 kW (a) Mandrels or forming dies, two piece cylindrical haring a single indented circumferential convolution for cutting, welding, melting, plating, and/or spraying; equipment incorporating such devices; and specially bisected by the two halves and having the following dimensions: designed parts, accessories, and control or test equipment for such devices. (1) 8 in. to 16 in. outside diameter; 3240A Now covered by entry No. 3261. (2) H in. or more in length; and 4240B Now covered by entry No. 4261. (8) Single convolution depth more than 2 mm; and 3261A Neutron generator systems, including tubes, ||______1 ¡| PQSTVWYZ || 0 || EE || 1,4 (b) Mandrels or forming dies, hollow two piece cylindrical having a single internal indented circumferential designed for operation without an external vac­ convolution bisected by the two halves and having the following dimensions: uum system, and utilizing electrostatic acceleration to in duce a tritium-deuterium nuclear reaction; and specially designed parts therefor. (1) 8 in. tif 16 in. inside diameter; 4261B Particle accelerators having all of the fol- j|-*...... • || PQSTVWYZ || 500 || EE || 4 (2) Mt in. or more in length; and lowing specifications: (8) Single convolution depth more than 2 mm. (a) Peak beam power exceeding 500 MW; 6098F Other machinery and equipment (including ||- ____|| SZ, Afghanistan || — || MG || 8 (b) Output energy exceeding 500 kV; and tools, fixtures, and jigs) specially designed or mod­ || and the || (c) An output beam intensity exceeding 2,000 amperes with a pulse width of 0.2 microsecond or less; and ified for the manufacture of equipment utilized in || USSR *• * || (d) Specially designed parts and accessories therefor. the exploration for, of production of, petroleum or natural gas* and specially designed parts and accès soi therefor, as follows: 6299G4,# Other electrical and power generating ||______|| SZ4, * || — || MG || 3 equipment, n.e.s.; and parts and accessories, n.e.s.* Dowel hole drilling machines, Collar mills, Cone bit,drilling machines, Packer mills, and Cone bit milling machines, Machinery and equipment, n.e.s., specially designed GROUP 3— GENERAL INDUSTRIAL EQUIPMENT87 Bit-arm milling machines, or modified for the manufacture of equipment utilized 1805A Metal rolling mills, as follows: ||...... || PQSTVWYZ || 1,000 || MG || 1 Pipe perforating machines, in the exploration for, or production of, petroleum or Liner mills, natural gas. (a) Mills specially designed or re-designed for the rolling of metals and alloys with a melting point exceed­ Casing mills, ing 1,900’ C; and Cone buster mills, (b) Specialized controls, parts, and accessories for the above mills. 6099G*'* Other metal-working machinery, n.e.s.; ||______|| SZ’-* || — || MG || 1312A Presses and specialized controls, accessories, ||______• ,|| PQSTVWYZ || 1,000 || MG || — and parts and accessories, m j , and parts therefor, as follows: GROUP 1— CHEMICAL AND PETROLEUM EQUIPMENT* (a) Presses specially designed or re-designed for the working or forming of metals, alloys, 1 or other materials with a melting point exceeding 3,452°F (1,900°C); 1110A Gas liquefying equipment, as follows: ||_____-*|| PQSTVWYZ || 500 || MG || (b) Hydraulic presses, as follows: 1 (a) Equipment for the production of liquid hydrogen, except plante with a capacity of less 1 than 1 % tone per St-hour day and not designed for, or capable of, the production of hydro­ (1) Vertical presses having a total rated force of over 10,000 tons; or gen elueh; (2) Horizontal presses having a total rated force of over 5,000 tons; (b) Equipment for the production of liquid fluorine; and 1,4* (c) Isostatic presses, as follows (isostatic presses are those capable of pressurizing a closed 1,4 (e) Specially designed parts and acessories therefor. 1. 4 *

1 The countries to which commodities in this entry ere controlled for nuclear reasons are those not listed in Sudd. No. 2 or S udd. No. 8 x Including Estonia, Latvia,' and* Lithuania. to P art 878. 1A validated license also is required for export to the Republic of South Africa and Namibia if intended for delivery to or for use by or • Report systems and tubes in “number." for military or police entities in these destinations or for use in servicing equipment owned, controlled, or used by or for these entities. See • Report accelerators in “number.” || 871.2(c) (II) and 886.4(a). 4 A validated license also is required for export to the Republic of South Africa and Namibia if intended for delivery to or for use by or * A validated license is also required for export or reexport to the U.8.S.R. if the exporter knows or has reason to know the commodity for military or police entities in these destinations or for use in servicing equipment owned, controlled, or used by or for these entities. See la for any use directly in preparation for, in conduct of, in support of, or visually identified with the 1980 Summer Olympic Games sched­ | 871.2(c) (11) and | 886.4(a). uled to commence in Moscow on July 19, 1980. These commodities are subject to controls under the authority of the foreign policy provisions 4 A validated license is also required for export or reexport to the U.S.S.R. if the exporter knows or has reason to know the commodity contained in section 6 of the Export Administration Act of 1979. This commodity control list entry as well as the other entries in this is for any use directly in preparation for. in conduct of, in support of, or visually identified with the 1980 Summer Olympic. Games sched­ Group are subject to controls on the basis of the above criteria. uled to commence in Moscow on Ju ly 19, 1980. These commodities are subject to controls under the authority of the foreign policy provisions * See (870.10 for commodities which require export authorisation from other U.S. Government Departments and Agencies. . contained in section 6 of the Export Administration Act of 1979. This commodity control list entry as well as the other entries in this ■ Report equipment in “nuniber." Group are subject to controls on the basis of the above criteria. * The countries to which commodities in this entry are controlled for nuclear reasons are those not listed in Supp. No. 8 or Supp. No. 8 • See | 870.10 for commodities which require export authorisation from other U.S. Government Departments and Agencies. to Part 878. 7 For mechanical measuring instruments, see entry No. 1582. 9 • Report machines in “number." Export Administration Regulations Export Administration Regulations 85936 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations and Rules / 30,1980 December Tuesday, / 251 No. 45, Vol. / Register Federal 85936 Commodity Control List——399.1 Croup 3 CCL-19 Commodity Control List—399.1 Group 4

Expert Control Co GLV 9 Valae Liml T*V modify Drarriptlpi •dity Description

4j (>3i{ Nuclear reactor and nuclear power plant ||______|| PQSTVWYZ1 GROUP 4— TRANSPORTATION EQUIPMENT1 related equipment as follows: 2404A Rockets and missiles, guided or unguided, as ||------1| PQSTVWYZ || 500 || MG || 1 (a) Reactor and power plant simulators, models or mock-ups; follows: (b) Process control systems intended for use with nuclear reactors; (a) Meteorological sounding rockets; (c) Generators, turbine-generator sets, steam turbines, heat exchangers, and heat exchanger type condensers designed or intended for use in a nuclear reactor; and (b) Non-irritant smoke flares, canisters, grenades, and charges; (d) Commodities, parts and accessories specially designed or prepared for use with nuclear plants (e.g., (c) Other pyrotechnic articles having dual military and commercial use; snubbers, airlocks, reactor inspection equipment) except items licensed by the NRC pursuant to 10 CFR .p, a. ..o. - a..- ..o. •» to i art *»73. * Report engines and motors in number. Export Administration Regulations Export Administration Regulations (XX-22 Group 4 Commodity Control List——399.1 Commodity Control list—-399.1 Group 4 CCL-23

rol Commodity Nu odity Description

4409B Water tube boilers, marine type, designed ||______|| PQSTVWYZ || 1,000 || MG || 1 Entry No. 1460 (cont.)

to have a heat release rate (at maximum rating) 85937 Regulations and Rules / 1980 30, December Tuesday, / 251 No. 45, Vol. / Register Federal equal to 180,000 BTU, up to but not including 190,000 BTU per hour per cubic foot of furnace volume; boil­ (e) Aero-engines and specially designed parts and accessories, n.e.s., except: 1 er superheaters, feedwater heaters, and economizers therefor; and parts and accessories therefor. (1) Piston engines; 2410A Pressure refuellers, pressure refuelling ||__. ____|| PQSTVWYZ j| 500 || MG || 1,3 (t) Jet engines of less than 5,000 lbs. (2,265 kg) thrust; or equipment, and equipment specially designed to facilitate operations in confined areas and ground equipment, not elsewhere specified, developed specially for (S) Turbo-prop or turbo-shaft engines of less than 2,500 hp or with a residual thrust of less than 1,000 lbs. aircraft and helicopters, and specially designed parts and accessories, n.e.s (553 kg). 1416A Vessels, as follows: ||...... * |] PQSTVWYZ || 1,000 || MG || 1 (Specify make, model and pound thrust or horsepower.) (Also see § 399.2, Interpretation 20.) (a) Hydrofoil vessels with automatically controlled foil systems which are capable of speeds of above 40 knots 4460B Nonmilitary aircraft and helicopters, aero- ___ 1 || PQSTVWYZ || 1,000 || MG |j 1 in rough water (Sea State Five); engines, and aircraft and helicopter equipment, as (b) Vessels incorporating any item included in a CCL entry beginning with the numeral 2 or listed in Supple­ follows : ment No. 2 to Part 370, any item described in entry Nos. 1485, 1501,* 1502, and 1510 (except all types of (a) Other jet, turbo-prop, turbo-shaft, and gas turbine aircraft engines, as follows: fish-finding or whale-finding equipment), or incorporating degaussing facilities; and (1) Under development for nonmilitary use, experimental or non-certifled; or (c) Specially designed parts and accessories for the above. (Also see§§ 370.10(a) and (f).) (2) Certified engines which have been in civil use for 3 years or less; and 1418A Deep submergence vehicles, manned or un- ||______1 || PQSTVWYZ || 500 || MG j| 1 (3) Parts and accessories, n.e.s., therefor; manned, tethered or untethered, capable of oper­ ating at depths exceeding 1,000 meters, and specially designed equipment, components and materials therefor, (Specify make, model and pound thrust or horsepower); and including but not limited to pressure housings or pressure hulls specially designed for normal operating pres­ (b) Parts and accessories,-n.e.s., specially designed for nonmilitary: sures of more than 101 bars. (For syntactic foam, see entry No. 1759.) * (1) Helicopters over 10,000 pounds weight; or 1431A Gas turbine engines for marine propulsion ____ * || PQSTVWYZ || 1,000 || MG || 1 of 3,500 rated shaft hp and above, whether origi­ (2) Helicopters 10,000 pounds or less empty weight or fixed-wing aircraft, of types which have been in nally designed as such or adapted for such use from aero-engines; and specially designed parts, n.e.s. normal civil use and containing one or more of the items listed in entry No. 1485 or 1501, or Supple­ ment No. 2 to Part 370. 4431B Other marine propulsion steam turbines ...... || PQSTVWYZ || 1,000 || MG || 1 (Specify make and model of aircraft, and type of avionic equipment on aircraft.) (Also see § 399.2, Interpre­ specially designed for naval use; and parts and tation 20.) accessories, n.e.s. (Specify hp or kW.) 5460F* Other nonmilitary aircraft and demili- ||______|| SZ* and H MG H 3 5431D3 Compressors, fans, and blowers, any type, || .|| PQSWYZ * H — 4 ¡1 MG H 1 tarized military aircraft valued at $3,000,000 each || Syria, Iraq, specially designed or modified for military or naval II •«d H or more. || Libya, People’s shipboard use; and parts and attachments, n.e.s. II Afghanistan || || Dem. Rep. of (Specify by name.) || Yemen, Rep. of || South Africa 1460A Nonmilitary aircraft and helicopters, aero- ||...... • || PQSTVWYZ || 1,000 || MG || — • j j & Namibia engines, and aircraft and helicopter equipment, as follows: 6460F* Other aircraft and helicopters, as follows: SZ * and Il MG H 3 the Rep. of (a) Military aircraft, demilitarized (not specif­ (a) Helicopters over 10,000 lbs. (4,530 kg) empty weight, and power transmission systems there- 1,3* South Africa for (empty weight is understood to include normal installation and normal minimum crew, ically equipped or modified for military & Namibia but does not include fuel or payload); operations), the following only: (b) Other nonmilitary aircraft and helicopters, except those which do not contain equipment ' 1,3* (1) Cargo, “C-45 through C-118” inclusive, and “C-121”, listed in Supplement No.^2 to Part 370 or entry No. H85 or 1501 and which are o f types (2) Trainers, bearing a “T” designation and using piston engines, which are in a bona fide normal civil use; (specify make and model of aircraft and type of avionic equip­ (3) Utility, bearing, a “U” designation and using piston engines, ment on aircraft) and (4) Liaison, bearing an ML” designation, and (5) Observation, bearing an “O” designation and using piston engines; and (b) Other nonmilitary helicopters and aircraft. 1 Report vessels or vehicles in number. * Report engines in number. * A validated license also is required for export to the Republic of South Africa and Namibia if intended for delivery to or for use by or for military or police entities in these destinations or for use in servicing equipment owned, controlled, or used by or for these entities. See l 871.2(c) (11) and S 885.4(a). 4 The GLV $ value limit for Country Group Q is S500. 6 Report aircraft, helicopters, and engines in “number." 1 Report aircraft, helicopters and engines in number. * Foreign policy controls apply to helicopters over 10,000 lbs. empty weight for Libya, Syria, Iraq, the People's Democratic Republic of . * A validated license is also required for export or reexport to the U.S.S.R. If the exporter knows or has reason to know the commodity Yemen, the Republic of South Africa, and Namibia. isxor any use directly in preparation for, in conduct of, in support of, or visually identified with the 1980 Summer Olympic Games sched- ".Foreign policy controls apply to the Republic of South Africa and Namibia, for both aircraft and helicopters regardless of value, and commence in Moscow on Ju ly 19, 1980. These commodities are subject to controls under the authority of the foreign policy provisions to Libya, Syria, Iraq, and the People's Democratic Republic of Yemen for fixed-wing aircraft valued at 83.000,000 or more. Foreign policy contained in section 6 of the Export Administration Act of 1979. This commodity control Kit entry as well as the other entries in this controls do not apply to parts or engines. Group are subject to controls on the basis of the abov^ criteria. Export Administration Regulations Export Administration Regulations 85938 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations and Rules / 1980 30, December Tuesday, / 251 No. 45, Vol. / Register Federal 85938 CCL-24 Group 4 Commodity Control list—399.1 (.CL-28 Croup 5 Commodity Control List——399.1

Expert Control Commodity Number GLV 8 Expert Control Comm »dity Number Validated \ ii Ü Processing Reason for ud Unit License roe essinq Reason foi and License |! Value Limits Commodity Dei riptlon Required Codo I Contro Commodity Description Required !' T *v ii li r*"U'‘ Entry No. 6460 (coni.) Entry No. 1510 (cont.) (Specify make and model of aircraft and type of avionic equipment on aircraft. See § 399.2, Interpretation 20. (1) Incorporating sensitive elements made of piezoelectric ceramics or crystal, and with a sensitivity Also see Supplement No. 2 to Part 370 or entry No. 1485 or 1501 for aircraft which are not covered under this no greater than —192 dB (reference 1 volt per micropascal); entry.) (2) Not designed for operation at depths greater than 100 meters; 5480B1 Nonmilitary mobile crime science labors- ||______|| PQSTVWYZ1 || 0 || MG || 5 (3) Independently mounted or configured and not reasonably capable of assembly by the user into a tories; and parts and accessories, n.e.s. (See towed hydrophone array; , 8 376.14.) (it) Terrestrial systems or equipment not reasonably capable of coni>ersion by the user to underwater or ma­ 1485A Compasses, gyroscopes, accelerometers, and ||______|| PQSTVWYZ || 1,000 || MG || 1 rine applications as embargoed above. inertial equipment, as follows: (Passive hydrophone sensitivities in this entry are based on sensitivity being defined as 20 times the logarithm (a) Gyro compasses with provision for determining and transmitting ship's level reference data (roll, pitch) to the base 10 of the ratio of rms output voltage to a 1 volt reference, when the hydrophone seqsor is placed in in addition to own ship’s course data; a plane wave acoustic field having an rms pressure of 1 micropascal. For example, a hydrophone of - 160 dB (b) Integrated flight instrument systems for aircraft which include gyrostabilizers and/or automatic pilots (reference 1 volt per micropascal) would yield an output voltage of 10" volts in such a field, while one of —180 (An integrated flight instrument system is a primary instrument display system of attitude and azimuth dB sensitivity would yield only 10’* volts ouptut.) with facilities for giving maneuver guidance information to the pilot and often integrated with an auto­ pilot to the extent of embodying a common unit for setting up the required demands.); 5510D1 Doppler sonar navigation equipment; and J|______jj PQSWYZ ‘ | j — a || MC || 1 * parts and accessories therefor. || and || (c) Gyro-astro compasses and other devices which derive position and/or orientation by means of automati­ || Afghanistan || cally tracking celestial bodies; 1514A Pulse modulators capable of providing elec- ||______• |l PQSTVWYZ || 1,000 |J F.E || 1 (d) Gyrostabilizers used for other purposes than aircraft control, except those for stabilizing an entire sur­ trie impulses of peak power exceeding 6 MW or face vessel; of a duration of less than 0.1 microsecond, or with a duty cycle in excess of 0.002; and pulse transformer, pulse- (e) Automatic pilots used for other purposes than aircraft control except marine types for surface vessels; forming equipment or delay lines being specialized parts of such modulators; and specially designed parts and (f) Accelerometers with a threshold of 0.005 g or less, or a linearity error within 0.25 percent of full scale accessories therefor. (Specify by name and type number.) output or both, which are designed for use in inertial navigation systems or in guidance systems of all * 1516A Receivers, and specialized parts and acces- ||______* || PQSTVWYZ || 0 ‘ || EE || 1,5 types; sories therefor, as follows: (g) Gyros with a rated free directional drift rate (rated free precession) of less than 0.5 degree (1 Sigma or r.m.8.) per hour in a 1 g environment; (a) Panoramic radio receivers (which search or scan automatically a part of the electromagnetic spectrum and indicate or identify the received signals); except ancillary equipment for commercial receivers with (h) Inertial or other equipment using accelerometers described in sub-entry (f) above and/or gyros described which the frequency spectrum searched does not exceed either ± 20 percent of the intermediate frequency in sub-entry (g) above, and systems incorporating such equipment; and of the receiver or ±.2 MHz; , (i) Specially designed parts and components, and test, calibration, and alignment equipment for the above. (b) Digitally-controlled radio receivers, whether or not computer controlled, which search or scan automati­ 5485D Now covered by entry No. 6499. cally a part of the electromagnetic spectrum, in which the switching operation takes less than 10 millisec­ onds, and which indicate or identify the received signals, except non-mggedized digitally-contrtdlcd pre-set 6490F Off-highway wheel tractors of carriage -• II SZ,a* and Libya || — h MC II 3 type radio receivers designed for use in civil communications which have 2 0 0 selective chaymels or fewer capacity 10 tons or more; and parts and acces­ (For digitally-controlled radio receivers using frequency synthesizers see also enry No. 1531.); or sories, n.e.8. (c) Receivers for spread spectrum and frequency agile systems having a total transmitted bandwidth which is: 6499G* Other transportation equipment, n.e.s.; and — II a * ' II — h MC II 3 parts and accessories, n.e.s. (1) 100 or more times greater than the bandwidth of any one information channel; and (2) In excess of 50 kHz. 9499M Vehicles mounted with telecommunications II Export controls applicable it EE II _ equipment (including radar). (See Group 5—-Elec­ II to vehicles included in li (“Spread spectrum" is defined as the technique whereby energy in a relatively narrow-hand communica­ tronics and Precision Instruments.) (Specify II this entry are those which » tions channel is spread over a much wider energy spectrum under the control of a random or pseudo-random mounted equipment.) (Report telecommunications II apply to the equipment II bit stream. On receipt, the signal is correlated with the same bit stream to achieve the reverse process of equipment, including radar, exported as replace­ II mounted on the vehicle. h ments or accessories under appropriate Export Control Commodity Number.)

* ▲ validated license it not required for export of these commodities to Australia. Belgium, Denmark. France, the Federal Republic of Germany (including West Berlin). Greece, Iceland, Italy, Japan, Luxembourg, the Netherlands, New Zealand, Norway, Portugal. Turkey, and the United Kingdom. * A validated license also is required for export to the Republic of South Africa and Namibia if intended for delivery to or for use by or for military or police entities in these destinations or for use in servicing equipment owned, controlled, or used by or for these entities. See x A -validated license also is required for export to the Republic of South A frica and Namibia if intended for delivery to or for use by | 871.2(e) (11) and |M 6.4(a). or for military or police entities in these destination» or for use in servicing equipment owned, controlled, or used by or for these entities. 4 A valiusted license is a.so required for export or reexport to the U.S.S.R. if the exporter knows or has reason to know the commodity See $ 371.2(c)( 11 > and S8K5.4(a). is for any use directly in preparation for, in conduct of, in support o f. or visually identified with the 1980 Summer Olympic Games sched­ ‘ * The GLV $ value lim it for Country*1 Group Q is $600. uled to commence in Moscow on Ju ly 19, 1980. These commodities are subject to controls under the authority of*the foreign policy provisions * Report modulators in “number.** contained in section 6 of the Export Administration Act of 1979. T his commodity control list entry as well as the other entries in this 4 Report receivers in “number.*1* Group are subject to controls on thf -basis of the above criteria. 8 The GLV $ value limit for the following countries is $600; Australia. Belgium, Denmark, France, the Federal Republic of Germany 4 Report tractors in number. (including West Berlin), Greece, Iceland, Italy, Japan, Luxembourg, the Netherlands, New Zealand, Norway. Portugal, Turkey and the * The reasons for control applicable to-vehicles included in this entry are those which apply to the equipment mounted on the vehicle. United Kingdom. Export Administration Regulations Export Administration Regulations ■h h h n h h CCL-66 Groups 5—6 Commodity Control List—399.1 CCL-70 Groups 6—7 Commodity Control List—399.1

Export Control Comi >d!ty Nui Validated CLV S end Unit License Commodity D« ription Value Limiti Required T*V 5597B1 Polygraphs (except biomedical recorders ||»-____ * || PQSTVWYZ1 || 0 || EE || 5 designed for use in medical facilities for monitor­ 4676B Cylindrical rings, or single convolution bel- ||______|| PQSTVWYZ II 0 II MG II « Register Federal ing biological and neurophysical responses); fingerprint equipment and analyzers; fingerprint cameras and equip­ lows, made of high-strength-steels having all of || and Canada II the following characteristics: ment; automated fingerprint and identification retrieval systems (whether or not computerized); psychological testing machines; infrared and ultraviolet film and plates and other photo anodized plates, sensitized and unex­ (a) Tensile strength of greater than or equal to 160,000 psi; posed; and specially designed parts and accessories, n.e.s. (b) Wall thickness of 3 millimeters or less; 6598F Geophysical and mineral prospecting instru- ||______|| SZ, Afghanistan || — || MG || 3 (c) Diameter of 3 inches or more. ments; and other instruments and equipment spe- || and the || 4677B Cylindrical discs, in raw, semifabricated, ||______|| PQSTVWYZ || 0 II MC cially designed or modified for the examination or || USSR • || II * or finished form, having all of the following char- || and Canada || testing of equipment utilized in the exploration acteristies: for, or production of, petroleum or natural gas; and specially designed parts and accessories therefor. (See § 399.2, Interpretation 30 for illustrative list of commodities included in this entry.) (•) Having a % to 2 inch peripheral lip; (b) Having a diameter of 3 inches or more; 6599G*•8 Other electronic and precision instru- II______II SZ4,# — H EE II 8 Rules andRegulations / Tuesday,December 198030, / Vol. No.25145, / ments, including photographic equipment and film, (c) Made of maraging steel or aluminum alloy (7000 series). n.e.8.; and parts and accessories, n.e.s. 4678B Corrosion-resistant sensing elements of )|______|j PQSTVWYZ1 || 0 || MG || 4 75991 Exposed and developed microfilm reproduc- h-— ----- H None H — II MG II nickel, nickel alloys, phosphor bronze, stainless ing in whole or in part, the content of printed steel, or aluminum specially designed for use with equipment which measures pressures to 100 Torr or less. books, pamphlets, and miscellaneous publications including newspapers and periodicals, children’s picture and painting books, music books, sheet music, and calendars; motion picture film and sound track, exposed and S680B Nonmilitary protective vests, helmets, leg ||...... || PQSTVWYZ1 || 0 || MG || 5 developed, and advertising printed matter exclusively related thereto. irons, shackles, handcuffs, thumbeuffs, thumb­ screws, and saps.

GROUP 6— METALS, MINERALS, AND THEIR MANUFACTURES* 6699C Other metals, minerals, and their manu- ||______|| SZ*'4-* || __ Il MG II 8 factures, n.e.s. 1601A Now covered by entry No. 1371. 4601B Aircraft landing mats ------|| Sq.ft. || PQSTVWYZ || 1,000*11 MG || 1 GROUP 7— CHEMICALS, METALLOIDS, PETROLEUM PRODUCTS 2603A Specifically designed components and parts ||...... || PQSTVWYZ || 0* || MG || 1,3 ,5 AND RELATED MATERIALS* for ammunition, except, cartridge cases, powder 1701A Lead azide and primary explosives or prim- || Lb. || PQSTVWYZ || 500 || MG || 1 bags, bullets, jackets, cores, shells, projectiles, boosters, fuses and components, primers, and other detonating ing compositions (mixtures) containing azides devices and ammunition belting and linking machines. (Specify by name.) and/or azide compounds or complexes (for example, orthofluorophenyl azide, silver chlorazide, cuprammonium 3604A Zirconium metal; alloys containing more || Lb. || PQSTVWYZ || 500 || MG || 1,4 azide). than 50 percent zirconium by weight; com­ 1702A Hydraulic fluids which are or which eon- || Bbl. || PQSTVWYZ || 500 || MG || 1 pounds in which the ratio of hafnium content to zirconium content is less than one part to five hundred parts by tain as the principal ingredients petroleum weight; manufactures wholly thereof; and waste and scrap; except zirconium metal and alloy in shipments (mineral) oils or synthetic hydrocarbon oils and which have all of the following characteristics: of 5 kilograms or less; and zirconium in the form of foil or strip having a thickness not exceeding 0.025 mm (0.00095 in.) and specially fabricated and intended for use in photo flash bulbs, in shipments of 200 kilograms (a) A pour point of —30*F (—84*C) or lower; or less. (b) A viscosity index of 75 or greater; and 3605A Nickel powder and porous nickel metal, as || Lb. || PQSTVWYZ || 100 || MG || 1,4 (c) Are thermally stable at +650*F (-t-343*C). follows: (See $ 877.6(d) (6) and § 877.6(e) (2) for special documentation requirements. Also see {371.5(d) for special (a) Powder with a nickel content of 99 percent or more, and a particle size of less than 100 micrometers; and provisions regarding shipments under General License GLV.)

validated license is not required for export of these commodities to Australia, Belgium, Denmark, France, the Federal Republic of i j k i j West Berlin), Greece, Iceland, Italy, Japan, Luxembourg, the Netherlands, New Zealand, Norway, Portugal, Turkey and the United Kingdom. * Report instruments and equipment in “number.** G w m .^ 11^?Mludinck*Wwt*BwU?)U* ‘‘g t m m * JcommodIlti- f FranoT' thi FMImi'lUpublle of * Including Estonia, Latvia, and Lithuania. »nd th" U nl^ Kin* doiT ' ’"V “ * . Icl»nd. Itoly. Japan, Lux.mbour*. th. NMh.rl.nd», N.w Zwland, Norway, Portuzal. Turkey 4 A validated license also is required for export to for military or police entities in these destinations i I 871.2(c) (11) and | 886.4(a). * A validated ^license is also required for export or reexport to the U .S.S.R . if the exporter knows or has reason to know the commodity ■ *“r ,n f u** directly in preparation for, in conduct of. in support of, or visually identified with the 1980 Summer Olympic Games sched- uied to commence in Moscow on July 19, 1980. These commodities are subject to controls under the authority of the foreign policy provisions contained in section 6 of the Export Administration Act of 1979. This commodity control list entry as well as the other entries in this Group are subject to controls on the basis of the above criteria. J Se* tftU / tor commodities which require export authorization from other U.S. Government Departments and Agencies. ss?£SSS trs&tursrs 7 The GLV f value limit for Country Group Q is 8600. •Aluminum powder, or aluminum-magnesium olloy powder, atomised or spherical, with an averaxe »article diameter nt ion m ism m n. «__ * !fhe GLV 8 value limit for the following countries is 8600; Australia, Belgium, Denmark, France, the Federal Republic of Germany (in­ ft/y* V. •9 P*rc*n* «r greater, and aluminuin alloy plates, sheets, and other wrought forms of Tem per H alloy and all 5088 alloys cluding West Berlin), Greece, Iceland, Italy, Japan, Luxembourg, the Netherlands, New Zealand, Norway, Portugal, Turkey and the to P art 870.*#m* #r fOTm' r#QU ** •x*>ort Buthori“ tion from the U.S. Department of State, Office of Munitions^ontrol. See Supplement No^S United Kingdom. • See I 870.10 for commodities which require export authorisation frrom other U.S. Government Departments or Agencies. Export Administration Regulations Export Administration Regulation*

III 85939 85940 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations and Rules / 30,1980 December Tuesday, / 251 No. 45, Vol. / Register Federal 85940 C C L -7 2 Group 7 Commodity Control List—399.1 Commodity Control List——399,1 Groups 7—8 CCL-77 ------n------Validated G LVS Expert Control Commodity Number Validated 1 tL V * H Processine Reason far Export Control Commodity Numbei Processing j! Rm m k far and n r License 1 Value Lim its!, Liranaa Val«« Limita Cod* j Control Contrai Required TâV Commodity Description Required t| TâV I1 t'od* Commodity Dearriptien _____ li______11______1L _JJ______ii_____ SS 3709A Beryllium oxide ceramic and refactory || Lb. || PQSTVWYZ || 500 || MG || 1*4* 4781B Petroleum, crude or partly refined, including BU. H PQSTVWYZ and Canada tubes, pipes, crucibles, and other shapes in semi- tar sandi, shale oil and topped crudes, listed in fabricated or fabricated form, except forme specially designed for electronic component parts or as substrates Supplement No. 2 to Part 377. far electronic circuits. 4782B Other petroleum products listed in Supple- ||------1| PQSTVWYZ 250* SS 2 ment No. 2 to Part 377. (See 371.16 and and Canada 3711A Chlorine trifluoride, except ekipmente of S II «J». II PQSTVWYZ II 50 H MG Il L * 371.5(d) for special provisions regarding ship­ kilogramo or leu. ments under General Licenses G-NNR and GLV.) 4712B Now covered by entry No. 3709. 4783B Natural gas liquids and other natural gas BM. PQSTVWYZ 2509 SS derivatives listed in Supplement No. 2 to Part 377. and Canada 1715A Boron, as follow*: II Lb. II PQSTVWYZ II 500 jj MG II 1.-*' (See §| 371.16 and 371.5(d) for special provisions (a) Boron element, boron compounds and mixtures in which the boron-10 isotope comprises more than 20 per­ regarding shipments under General Licenses G-NNR and GLV.)1 cent of the total boron content; 4784B Manufactured gas and synthetic natural gas || MCF || PQSTVWYZ 2501 ss (b) Boron element (metal) all forms; and (except when commingled with natural gas and || and Canada || thus subject to export authorization from the De­ (c) Boron compounds, mixtures and composites containing 5 percent or more of boron, except pharmaceutical partment of Energy) listed in Supplement No. 2 to Part 377. (See §§ 371.16 and 371.5(d) for special provisions specialties packaged for retail sale, as follows: regarding shipments under General Licenses G-NNR and GLV.) 6794F* Phosphate rock; phosphoric acid of all ||------* || SZ, Afghanistan | — Il SS (1) Boron carbide, except powder, having a boron content of 70 percent or more by weight and compos­ concentrations; and processed phosphatic fertiliz- || and the | ites thereof in crude or semi-fabricated forms; era of all concentrations (as listed in § 399.2, jj USSR* | (2) Boron nitride (hexagonal close-packed structure, white form) and composites thereof in crude or Interpretation 27).’ semi-fabricated forms; other boron-nitrogen compounds {e.g., borazanes, borazines, and boropyra- 4799B*-* Chemical agents, including tear gas for- ||------1| PQSTVWYZ* * | 0 MG zoyls); mutations containing 1 percent or less of ortho- chlorobenzalmalononitrile (CS), or 1 percent or less of chloracetophenone (CN), and smoke bombs; and finger­ (3) Boron hydrides {e.g., boranes), except sodium boron hydride, potassium boron hydride, monoborane, print powders, dyes and inks. (Specify by name.) (See § 376.14.) diborane and triborane; 5799D10 Other chemicals, chemical materials and |j------1| PQSWYZ'* — “ N MC (4) Organoboron compounds; including metalloorganoboron compounds; and products, plastic materials, regenerated cellulose, || and artificial resins, and miscellaneous related mate- || Afghanistan (5) Borides with purities above 98.5 percent and having melting points of 3,632#F (2,000#C) or higher and rials and products, n.e.s., except thoee listed in § 1,99.2, Interpretation 24. composites thereof in crude or semi-fabricated forms.. 6799G1*-" Chemicals, chemical’ materials and ||------1| SZ“ " MG products, plastic materials, regenerated cellulose, 3715 A Now covered by entry No. 5711. artificial resins, and miscellaneous related materials and products, n.e.s., listed in § 399.2, Interpretation 24. 4720B Radioisotopes, cyclotron-produced or natu- || MC || PQSTVWYZ || 100 s || MG || 4 rally occurring, except those having an atomic GROUP 8— RUBBER AND RUBBER PRODUCTS* number S through 83, and compounds and preparations thereo r . (Specify by name and isotope number.) 1801A Synthetic rubber, as follows: || Lb. || PQSTVWYZ || 500 4721B Helium isotopically enriched in the helium- || Liters || PQSTVWYZ || 1,000 || -MG || 1 8 isotope,' in any form or quantity, and whether or and Canada || not admixed with other materials, or contained in . any equipment or device.

1746A Polymeric substances and manufactures || Lb. || PQSTVWYZ || 100* || MG || 1 t The GLV $ value limit for export, to Canada ia the «m e aa the value limit for Country Graupe T and V. * The GLV | value limit for exports to Canada and to Country Group Q is $250. thereof, where the value of . the polymeric com­ * The GLV dollar value limit for petroleum asphalt and paving mixtures is $5,000. ponent, either alone or in combination with other materials included on the Commodity Control List under an * Natural gas, and liquified natural gas (L.N.G.) and synthetic natural gas < linslcd with natural saa require «p art authorisation (ram Export Control Commodity Number that is followed by the code letter “A”, is 50 percent or more of the total the U.S. Department of Energy. See 8 870,l0(g). value of the materials, aS‘ follows: * I ^ ^ r t ^ n ^ ^ ^ s ^ t y ' ^ f o r ^ c h 1 commodity as specified in Statistical Classification of Domestic and Foreign Commodities Exported from ***Tbm e^mm od'ithM ^e*inject to control under the authority of the foreign policy provisions contained in section 6 of the Export Ad­ ministration Act of 1978. •A validated0 license is not required for export of these commodities to Auxtralis, Beigiiim, ^ » » rt^ Franc^ t ^ Fe^rri ^public of Germany (including West Berlin), Greece, Iceland. Italy, Japan. Luxembourg. The Netherlands, New Zealand. Norway, Portugal, Turkey, and the United Kingdom. , _ _ 4 . __ ,... „ . . . . • All other forms of tear gas are controlled by the U.S. Department of State, Office of Munitions Control^ , f b “ A validated license also is required for export to the Republic of South Africa and Namibia if .n S a ^ te for military or police entities in these destinations or for use in servicing equipment owned, controlled, or used by or for these entities. Bee 1871.2(c) (11) and 8885.4(a). 1 The countries to which commodities ere controlled for nuclear reasons are those not listed in Supp. No. S or Supp. No. 8 to Part 878. l^ n ^ ^ r U ^ ^ " ^ GC P.,QpoUrt’rx«xp«rt to ,h. U.S.S.R. if the «porter kno'w. or ha. ««on * Nuclear controls apply to all of this entry except sub-entries (c) (2) fi), (4) and (6). « c e n t medicine and medical supplies, la tor any use directly in preparation for, in conduct of, in support of. or visually identified with tne * The GLV $ value limit for Country Group Q is $100...... „ , . 1980^Summer'oiympi™ Games scheduled to commence in Moscow on July 19. 1980. These commodities are subject to controls under the «uthor « For protective vests and devices manufactured of aromatic polyamides described in sub-entry (d), General License GLV applies only Ity of the'foreign policy provision» contained in section 6 of the Export Administration Act of l«7». Thii commodity control list ontry aa wall to exports to Australia. Belgium. Denmark. France, the Federal Republic of Germany (including West Berlin). Greece, Iceland. Italy. as the other entries in this Group are subject to controls on the basis of the above criteria...... Japan, Luxembourg, the Netherlands, New Zealand, Norway, Portugal, Turkey and the United Kingdom. u see 8 870.10 for commodities which require export authorization from other U.S. Government Departments and Agencies. Export Administration Regulation. Export Administration Regulations ■ Êm ËÊÈtiÊÊKm NNHHNL- - Commodity Control List—-399.1 Group 9

Expert Centre! Commodity Number Validated CI.V s and Unit License e lue Limita Reaacn tot Commodity DrseriptipO Required v* TSV r cTd« "" 1 Contre! - - 69V8F1*1 Shotgun shells, and parts._... _____ II...... II SZ ** * and the II — 1 mg i 3 II Rep. of South II 85941 RulesRegulationsand / December Tuesday,30,1980 / Vol.No.25145, / FederalRegister II Africa, Nanai- II II bia, Botswana, II ¡1 Lesotho, and t II Swaziland 1 4999B Horses for export by sea.______1...... 1 PQSTVWYZ 1 0 II ss II * 2 1 and Canada 1 5999B*'* Saps; straight jackets; ballet end blast 1...... 1 PQSTVWYZ* 1 0 II MC 1 S resistant garments, helmets and shields; and parts and accessories, n.e.s.

6999G1,1 Other commodities, n.e.s.; and parts and 1...... 1 SZ ’• * 1 — Il MG 1 3 accessories, n.e.s.

79991 Prerecorded phonograph records reproducing 1...... 1 NONE 1 — 1 MG H in whole or in part, the content of printed books, pamphlets, and miscellaneous publications, including newspapers and periodicals; printed books, pamphlets, and miscellaneous publications, including bound newspapers and periodicals; children’s picture and painting books; newspapers and periodicals, unbound, excluding waste ; music books ; sheet music ; calendars and calendar blocks, paper; maps, hydrographical charts, atlases, gazeteers, globe covers, and globes (terrestrial or celestial) and ad­ vertising printed matter exclusively related thereto. 9999M Technical models for demonstration. The validated export license control applicable to each model is the same as the control which is applicable to the full size commodity repre­ sented by the model as exercised by Commerce (OEA and/or Maritime Administration), State (OMC), or Nuclear Regulatory Commission.

. 1 A ▼•Meted Keens« also is required for «sport to th * Republic of 8outh A frica and Namibia if intended for doli very to or for use by or ft*1, e jlttsiy or police entities in these destinations or for use in servi cine equipment owned, controlled, or used by or for these entities. See I 371.2(c) (11) and | 886.4(a). * A validated license is also reauired tor export or reexport to the U.8.S.R. if thè exporter knows or has reason to know the commodity, medicine and medical supplies, is lo r gny use directly in preparation for, in conduct of, in support of, or visually identiAed with the K*® 8umin«r Olympic Games scheduled te commence in Moscow on July 19, 1980. These commodities are subject to controls under the author* ity of the foreign policy provisions eoqjtajmed'ul section 3 of the Export Administration Act of 1979. This commodity control list entry as well as the other entries in this Group at« subject to controls on the basis of the above criteria. a A validated license is not required 'for export of these commodities to Australia. Belgium, Denmark. France, the Federal Republic of Gei many ( includine West Berlin), Greece, Iceland, Italy, Japan, Lux em bourn, the Netherlands, New Zealand, Norway, Portugal, Turkey and the United Kingdom. 4 Gas masks designed for protection against tear gas and other chemical agents are controlled by the Office of Munitions Control. See | 370.10. Export Administration Regulations

BILLING CODE 3510-25-C 85942 Federal Register / Yol. 45, No. 251 / Tuesday, December 30,1980 / Rules and^egulation£

4. Section 399.2 and Supp. 1 to § 399.2 unless the activities cited in fa) above are Interpretation 4; Classification of “Parts"of Machinery, Equipment, or Other Items are revised to read as follows: involved. Interpretation 2: Ball and Roller Bearings and (a) Where an assembled machine or unit of § 399.2 Commodity Interpretations Specially Designed Parts equipment is being exported. Where one or The commodity interpretations set more assembled machines or units of (a) A ball or roller bearing physically equipment are being exported, the individual forth in Supplement No. 1 to this §399.2 incorporated in a segment of a machine or in component parts which are physically are for use in determining (1) the a complete machine prior to shipment loses incorporated into the machine or equipment appropriate Export Control Commodity its identify as a bearing and the machine or do not require a separate validated export Numbers under which certain segment of machinery containing the bearing license. The validated license or the general commodities are classified, or (2) the is the item subject to export license license under which the complete machine or requirements. unit of equipment is exported will also cover validated license requirements for these (b) A ball or roller bearing not incorporated commodities. They are intended to its component parts, provided that the parts in a segment of a machine prior to shipment are normal and usual components of the clarify the question of control where it but shipped as a component of a complete machine or equipment being exported; or that has been demonstrated that such unassembled (knocked-down) machine is the physical incorporation is not used as a clarification may prove helpful to the considered a component of the machine, and device to evade the requirement for a export community, and where such the complete machine is the item subject to validated export license. control is not readily apparent from the export license requirements. (b) Where parts are exported as spares, (c) Ball or roller bearings shipped as spares replacements, for resale, or for stock. Where Commodity Control List and the Export or replacements are classified under ECCN Administration Regulations. parts are exported as spares, replacements, 1371 and 6699 (ball, roller, or needle-roller for resale or for stock, a validated export Supplement No. 1 to § 399.2—Interpretations bearings and parts). This applies to separate license is required only if the appropriate shipments of ball or roller bearings and ball entry for the part specifies that a validated Interpretation 1: Electronic Computers and or roller bearings shipped with machinery or license is required for the intended Related Equipment (ECCN1565) equipment for which they are intended to be destination. The following equipment is subject to used as spares or replacement parts. Interpretation 5: Wire or Cable Cut to Length nuclear non-proliferation controls and Interpretation 3: Gear Making and Finishing requires a validated license for Country M achinery (a) Wire or cable may be included as a Groups P, Q, S, T, V, W, Y, and Z, and in the component of a system or piece of equipment, Certain Types of gear-making and gear­ case of (a) (1) through (4) below to Canada: whether or not the wire or cable is cut to finishing machines, Export Control (a) Electronic computers intended for length and whether or not it is fitted with Commodity No. 1088, require a validated ultimate consignees engaged directly or connectors at one or both ends so long as it is license for shipments to all destinations indirectly in any of the following activities: in normal quantity necessary to make the except Canada if they are capable of (1) Designing, developing or fabricating original installation of the equipment and is producing gears finer than 48 diametral pitch. nuclear weapons or nuclear explosive necessary to its operation. In order to clairfy the meaning of the term (b) Wire or cable shipped as replacement devices; or devising, carrying out, or "diametral pitch finer than 48,” examples are or spares, or for further manufacture evaluating nuclear weapons tests or nuclear given of how diametral pitch is computed. In overseas, shall be reported under the explosions; addition, there is also given below an. applicable wire or cable classification only. (2) Designing, assisting in the design of, explanation of how to distinguish between This includes wire or cable, whether or not constructing, fabricating or operating “geartooth grinding machines, generating cut to length or fitted with connectors at one facilities for the chemical processing of types” and “nongenerating types of grinding or both ends. irradiated special nuclear material, for the machines.” production of heavy water, for the separation (a) Diametral pitch of a gear is the ratio of Interpretation 6 of isotopes of any source or special nuclear the number of teeth to the number of inches [Reserved] material, or specially designed for the in the pitch diameter. It indicates the number fabrication of nuclear reactor fuel containing of teeth in the gear for each inch of pitch Interpretation 7: Numerical Control Systems plutonium; diameter. (“Pitch diameter” is the diameter of (a) Numerical control systems for machine (3) Designing, assisting in the design of, the pitch circle which is the circle through the tools are systems in which actions are constructing, fabricating or furnishing pitch point having its center at the axis of the controlled by the direct insertion of numerical equipment or components specially designed, gear.) M odule (British or metric) is the ratio data at some point. The system must modified or adapted for use in such facilities; of the pitch diameter in millimeters to the automatically interpret at least some portion or number of teeth. The larger the proportion of of this data. Units defined in 1091 include: (4) Training in any of the above activities; teeth to pitch diameter, tike finer the (1) Units consisting of fixed and dedicated and diametral pitch. Example of diametral pitch: circuits of discrete logic elements and storage (b) Advanced electronic digital computers If a gear has a 1-inch pitch diameter and has devices (referred to as hardwired units); with a bus rate of 60 million bits per second 48 teeth, the ratio would be 48:1, or a 48 (2) Units consisting of and including stored or more, or a processing data rate of 20 diametral pitch gear. Additional teeth in the instnictions (routines and/or programs), million bits per second or more (including same pitch diameter gear, i.e., 49, would defined as logic states of alterable and digital differential analyzers), except result in a finer diametral pitch; fewer teeth, nondedicated logie elements which determine (1) Electronic computers that do not exceed i.e., 47, would result in a gear of coarser various control functions of the machine(s), either a CPU bus rate o f500 million bits per diametral pitch. Examination of a gear such as slide movements, cutter second or a processing data rate of 225 making or finishing machine may not disclose compensation, readout, adaptive control, part million bits p e r second are not subject to whether it is capable of producing a gear of program editing and tool offsets (softwired or nuclear non-proliferation controls for finer than 48 diametral pitch. If the exporter stored program units); destinations listed in Supplement No. 2 to has no information on the ability of the (3) Hardwired unit—a numerical control Part 373 of the Export Administration machine to be exported for making gears of system wherein fixed and dedicated circuit Regulations unless the activities cited in (a) finer than 48 diametral pitch, he should interconnections of discrete, decision above are involved; or obtain the information from the manufacturer elements are used for primary system, control. (2) Electronic computers that do not exceed or distributor. These circuits may include, but not either a CPU bus rate o f200 million bits per (b) Generating type geartooth grinding necessarily, freely programmable memory second or a processing data rate of 60 million machines are those in which the grinding devices which would be limited to use for bits p e r second are not subject to nuclear wheel and the gear are both power-driven for data files, part program storage, or output non-proliferation controls for destinations continuous circular motion while grinding, control of machine tool interfacing; listed in Supplement Nos. 2 and 3 to Part 373 rather than an intermittent or indexing (4) Softwired Unit (Computer Numerical of the Export Administration Regulations operation as with the non-generating type. Control (CNC))—a numerical control system Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations 85943

which includes: [a] Computer^—a dedicated (3) Minimum programmable increment commodities, as parts, accessories, stored program computer to perform some or equal to or greater (coarser) than 0.001 mm, equipment or as scrap. all of the basic numerical control functions and which include, but may not be limited to, (4) Without interface to enable direct Interpretation 11 velocity and path generation. A stored computer input. [Reserved] program computer is further defined as a (c) Boring mills, milling machines, and computer processor controlled by stored Interpretation 12: Scrap Arms, Ammunition, machining centers, having all of the following and Implements of War instructions that can synthesize, store, and in characteristics: [ some cases, alter instructions as though they (1) Maximum slide travel in any axis equal Arms, ammunition, and implements of war, I were data and subsequently execute these to or less than 3,000 mm, as defined in the U.S. Munitions List (see | instructions, \b) Software—a control program (2) . Positioning accuracy of any axis equal Supplement No. 2 to Part 370), are under the [ (routines and/or programs) stored in the to or greater than plus or minus 0.01 mm per jurisdiction of the U.S. Department of State, | read/write memory of the computer which 300 mm and 0.005 mm for each additional 300 with the following exceptions: implements the basic numerical control mm, (a) Cartridge and shell cases which have [ functions, (c) Interface—the means by which - (3) Spindle power equal to or less than 20 been rendered useless beyond the possibility 1 the data is transmitted between the stored kw, or restoration to their original identity by | program computer and the machine; (4) Single working spindle, means of excessive heating, flame treatment, I (5) Direct Numerical Control (DNC)—a (5) Axial and radial axis motion measured mangling, crushing, cutting, or by any other ! system connecting a set of numerically at the spindle axis in one revolution of the method are “scrap” and under the [controlled machines to a common memory spindle equal to or greater than D x 2 x 10“5 jurisdiction of the U.S. Department of [within a computer for part program or mm TIR (peak-to-peak) where D is the Commerce. machine program storage with provision for spindle diameter in millimeters, and (b) Cartridge and shell cases which have on-demand distribution of data to the (6) Not more than 3 axes capable of been sold by the armed services as “scrap” machines. Direct Numerical Control systems simultaneously coordinated contouring are under the jurisdiction of the U.S. typically have additional provisions for motion regardless of the NC unit connected to Department of Commerce, whether or not collection, display, or editing of part the machine. they have been heated, flame-treated, programs, operator instructions, or data mangled, crushed, cut, or reduced to scrap by (d) Machine tools, other than the machines related to the numerical control process; any other method. described in (c) above, and dimensional (6) Software—control programs, used with (c) Other commodities on the Munitions inspection machines, which according to the CNC and DNC systems, which are stored in a List are “scrap” and under the jurisdiction of manufacturer’s technical specifications can read/write memory of a computer and the U.S. Department of Commerce if they be equipped with controls covered by implement numerical functions, including but have been rendered useless beyond the paragraph (b) above, having all of the not limited to, velocity and path generation, possibility of restoration to their original following characteristics: on-line adaptive control and special purpose identify only by means of mangling, crushing, (1) Positioning accuracy of any axis equal data distribution, recall, and editing programs or cutting. When in doubt as to whether a to or greater than plus or minus 0.01 mm per for DNC applications. Software used in part commodity covered by the Munitions List has 300 mm and 0.005 mm for each additional 300 programming, e.g., APT, EXAPT, IFAPT, post been rendered useless, exporters should mm, processors, and similar programs are not consult the Office of Munitions Control, U.S. (2) Radial axis motion measured at the considered among these control programs Department of State, Washington, D.C. 20520, used for CNC and DNC systems. spindle axis equal to or greater than 0.008 mm or the Exporter’s Service Staff, Office of Where the system is shipped complete TIR (peak-to-peak) in one revolution of the Export Administration, Room 1623, U.S. spindle (for lathes and other turning | (machine and controls) it shall be reported as Department of Commerce, Washington, D.C. machines), and | a complete machine under the appropriate 20230, before reporting a shipment as metal [Export Control Commodity Number for the (3) Not more than 3 axes capable of scrap. ¡machine. Where a control system for a simultaneously coordinated contouring (machine tool is not shipped as part of the motion regardless of the NC unit connected to Interpretation 13-18 ¡original installation of the machine it shall be the machine. [Reserved] reported under Export Control Commodity Interpretation 8 [No. 1091. Interpretation 19: Military Automotive [Reserved] Vehicles Note.—When preparing an export license iapplication for a numerical control system, Interpretation 9 (a) Military automotive vehicles. (1) For purposes of U.S. export controls, military the machine and the control unit are [Reserved] [classified separately. If either the machine or automotive vehicles “possessing or built to [the control unit requires a validated license, Interpretation 10: Parts, Accessories, and current military specifications differing [then the entire system requires a license. If Equipment Exported as Scrap materially from normal commercial specifications” may include, but are not ¡either a machine or a control unit is exported Parts, accessories, or equipment which are ^separately from the system, it is classified on limited to, the following characteristics: being shipped as scrap should be described (1) Special fittings for mounting ordnance or [the export license application without regard on the Shipper’s Export Declaration in [to the other parts of a possible system. military equipment, sufficient detail to be identified under the (ii) Bullet-proof glass, | When preparing the Shipper’s Export proper Commodity Control List Number. (iii) Armor plate, declaration (SED), however, a system being When commodities declared as parts, (iv) Fungus preventive treatment, »hipped complete [i.e., machine and control accessories, or equipment are shipped in (v) Twenty-four volt electrical systems, unit), should be reported under the Schedule bulk, or are otherwise not packaged, packed, (vi) Shielded electrical system (electronic ¡B number for the machine. When either a or sorted in accordance with normal trade emission suppression), or control unit or a machine is shipped practices, the Customs Officer may require « (vii) Puncture-proof or run-flat tires. [separately, it should be reported uncfcer the evidence that the shipment is not scrap. Such (2) These automotive vehicles fall into two Schedule B number appropriate for the evidence may include, but is not limited to, categories: individual item being exported, bills of sale, orders and correspondence (i) Military automotive vehicles on the i (b) Units for numerically controlling indicating whether the commodities are scrap Munitions List, new and used. Automative tnachine tools and dimension inspection or are being exported for use as parts, vehicles in this category are primarily combat machines having all of the following accessories, or equipment. Exporters should (fighting) vehicles, with or without armor [characteristics: consult the Exporters’ Service Staff, Office of and/ or armament, “designed for specific [ (1) Hardwired (not softwired, i.e.. Export Administration, Room 1623, U.S. fighting function.” These automotive vehicles Computerized Numerical Control (CNC)), Department of Commerce, Washington, D.C. are licensed by the U.S. Department of State. | (2) No more than 2 contouring interpolating 20230, when in doubt regarding the proper See list with descriptions, Supplement No. 2 axes can be simultaneously coordinated, Commodity Control List Number of to Part 370, Category VII. 85944 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

(ii) Military automotive vehicles not on the (iii) Utility, bearing a “U” designation and (iii) Incorporating any digital signal U.S. Munitions List, new and used. using piston engines; processing technique used for automatic Automotive vehicles in this category are (iv) Liaison, bearing an “L” designation; target tracking, or having a facility for primarily transport vehicles designed for non­ and electronic tracking. combat military purposes (transporting cargo, (v) Observation, bearing an “O" personnel and/or equipment, and/or for designation and using piston engines. Interpretations 21-23 towing other vehicles and equipment over (3) All reciprocating engines. [Reserved] land and roads in close support of fighting (4) Other aircraft engines not specifically Interpretation 24: Chemicals vehicles and troops). These automotive designed or modified for military aircraft. vehicles are licensed by the U.S. Department (5) Parts, accessories, and components The commodities listed below require a of Commerce. (including propellers), designed exclusively validated license for export to Country (b) Parts for military automotive vehicles. for aircraft and engines described in (1), (2), Groups S and Z. Functional parts are defined as those parts (3), and (4) above. making up the power train of the vehicles, (6) General purpose parts, accessories, and Organic chemicals including the electrical system, the cooling components usable interchangeably on either Acenapthene system, the fuel system, and the control military or civil aircraft. Acenapthenequinone system (brake and steering mechanism), the (b) Normal civil use. Aircraft listed on the Acetal front and rear axle assemblies including the Commodity Control List under No. 1460 are Acetaldehyde wheels, the chassis frame, springs and shock those that are in normal civil use and contain Acetamide absorbers. one or more of the following: 3-Acetamido-4 hydroxybenzene-arsonic acid Parts specifically designed for military (1) Any item on the Munitions List (see 2-Acetamidoethyl (p-chlorophenyl) (m- automotive vehicles on the Munitions List are Supplement No. 2 to Part 370), trifluoro methyl phenoxy) acetate licensed for export by the U.S. Department of (2) Inertial navigation or other inertial Acetanilide S ta te . equipment, Acetic acid (c) General instructions. Manufacturers of (3) Integrated flight instrument systems that Acetio anhydride non-Munitions List automotive vehicles and/ have been in normal civil use for less than Acetin or parts will know whether their products two years, Acetoacetic acid meet the conditions described above. (4) Airborne communications equipment Acetobromopropyl lactate Merchant exporters and other parties who having any of the following characteristics: Acetone are not sure whether their products (i) Designed to operate at frequencies Acetone cyanohydrin (automotive vehicles and/or parts) meet greater than 156 MHz, Acetonitrile these conditions should check with their (ii) Iticorporating facilities for (a) the rapid Acetonylacetone selection of more than 200 channels per suppliers for the required information before Acetophenetidin equipment, except equipment operating in making a shipment under general license or Acetophenone frequency range 108-136 MHz with 720 or submitting an application to the Office of Acetoxime fewer channels at not less than 25 kHz Export Administration for an export license. Acetylacetone spacing and which has been in normal civil para-Acetylaminophenol Interpretation 20: Aircraft, Parts, Accessories use for at least one year, or (b) using para-Acetylaminophenyl salicylate and Components frequency synthesis techniques with a speed Acetyl chloride (a) Aircraft, and parts, accessories and of switching from one selected output Acetylene tetrabromide components therefor.1 frequency to another selected output N-Acetyleneuraminic acid Aircraft, parts, accessories, and frequency less than 10 milliseconds, Acetylhistamine components defined in Categories VIII and IX (iii) Pressurized throughout, N-Acetyl-L-tyrosine of the Munitions List (see supplement No. 2 to (iv) Rated for continuous operation over a N-Acetyl-L-tyrosine ethyl ester Part 370) are under the export licensing range of ambient temperatures extending Acetylpyridine authority of the U.S. Department of State. All from below minus 55° C to above plus 55° C, other aircraft, and parts, accessories and and/ or Acetylsalicylic acid components therefor, are under the export (v) Designed for modulating methods Acetyl triallyl citrate licensing authority of the U.S. Department of employing any form of digital modulation Acetyl tributyl citrate Commerce. using time and frequency redundancy such as Acetyl triethyl citrate The following aircraft, parts, accessories “Quantized Frequency Modulation” (QFM). Acetyl tri-2-ethyl hexyl citrate and components are under the licensing (5) Airborne navigation and direction Aconitic acid authority of the U.S. Department of finding equipment having any of the Acrolein Commerce: following characteristics: Acrylamide (1) Any aircraft (except an aircraft that has (i) Pressurized throughout, Acrylic acid been demilitarized, but including aircraft (ii) Rated for continuous operation over a Acrylonitrile specified in paragraph (2) below) that range of ambient temperatures extending Actase conforms to a Federal Aviation Agency type from below minus 55° C to above plus 55° C, Adenine certificate in the normal, utility, acrobatic, (iii) Frequency modulated radio altimeters Adenine sulfate transport, or restricted category, provided which have been in normal civil use for less Adenosine such aircraft has not been equipped with or than one year, Adenosine-2,3-cyclophosphate modified to include military equipment, such (iv) Pulse modulated radio altimeters. Adenosine-3,5-cyclophosphate as gun mounts, turrets, rocket launchers, or (v) Is not in conformity with ICAO AdenOsine-5-diphosphate similar equipment designed for military standards or provides a function exceeding Adenosine-5-monophosphate combat or military training purposes. those resulting from such, standards, Adenosine-5-triphosphate disodium (2) Military aircraft, demilitarized (aircraft (vi) Is designed to make use of hyperbolic Adenosine-5-triphosphate trihydrate not specifically equipped, reequipped, or grids at frequencies greater than 3 MHz, and/ Adenosyl-L-methionine iodide modified for military operations), the or Adenylic acid following only: (vii) Direction finding equipment operating Adipic acid (i) Cargo, bearing designations “C-45 at frequencies greater than 5 MHz, other than Adiponitrile through C-118 inclusive, ” and “C-121”; equipment designed for search and rescue. Adrenalone (ii) Trainers, bearing a “T” designation and (6) Airborne radar having any of the Adrenalone hydrochloride using piston engines; following: Agarose (i) In normal commercial service for less Alanine 1 This interpretation does not refer to electronic than one year, and/or beta-Alanine communication and navigational commodities (ii) Specially designed for use other than as Aldol usable on aircraft. a commercial weather radar, Alginic acid Federal Register / Vol. 45, No. 251 •/ Tuesday, December 30, 1980 / Rules and Regulations 85945

Alkyl aryl phosphate diphenyl, 2-ethyl hexyl Amprolium Benzhydrol phosphate Amyl acetate Benzhydroxylamine HCl Alkyl dicyclophosphate Amyl alcohol Benzidine Allantoin n-Amyl alcohol, primary Benzidine sulfate Allene tert-Amyl alcohol Benzil Alloxane Amylase Benzoguanamine Allylamine n-Amyl bromide Benzoic acid Allyl bromide tert-Amyl bromide Benzonitrile Allyl chloride tert-Amyl chloride 3,3',4,4'-Benzophenone tetracarboxylic Allyl iodide alpha-Amyl cinnamic aldehyde dianhydride Allyl isocyanate Amyl mercaptan Benzotriazole Allyl isothiocyanate tert-Amyl mercaptan Benzotrichloride N-Allyl-morpholine Amyl nitrate Benzotrifluoride Aluminum acetate * Amyl nitrite N-alpha-Benzoyl-L-arginine ether ester Aluminum dihydroxyaminoacetate Amyl salicylate hydrochloride Aluminum ethylhexoate Amylopectin Benzoyl chloride Aluminum formate solutions Amylose Benzoyl peroxide Aluminum isopropylate ortho-sec-Amylphenol 2-Benzoyl pyridine Aluminum lactate para-tert-Amylphenol 4-Benzoyl pyridine Aluminum octoate Amyl salicylate Benzthiazide Aluminum oxyquinolate n-Amyl sebacate Benztropin mesylate Aluminum stearate solution Amyl ziram Benzyl acetate Ambrettolide Anethole Benzyl alcohol Ambutonium bromide Aniline hydrochloride Benzyl amine N-Amidino 3,5-diamino-6-chlorophyazine Aniline oil N-Benzyl-para-amino phenol carboxamide and its salts Aniline salt Benzyl benzoate Amino-acetophenone Aniline sulfate Benzyl broipide Aminoanthraquinone Anisic acid Benzyl chloride p-Aminobenzamidine HC1 Anisic aldehyde Benzyl cinnamate Aminobenzoic acid ortho-Anisidine Benzyl cyanide para-Aminobenzoic acid para-Anisidine Benzyl formate 2-Amino-l-butanol Anthracene Benzylidene acetate Aminobutyric acid Anthranilic acid Benzyl salicylate Aminodiazine Anthraquinone Benzyl succinate para-Aminodiethylaniline An throne Benzyltriphenylphosphonium chloride para-Aminodiethylaniline hydrochloride Antimony lactate Betaine para-Aminodimethylaniline Antimony potassium tartrate Betaine hydrochloride para-Aminodiphenylamine Antimony triacetate Bilirubin 2- Aminoethanethiol Antipyrine 2-(4-Biphenyl)-6 phenyl benzoxazole PTH (PTC-S-Aminoethyl) cysteine Apiol N,N-Bis-(3-aminopropyl) methylamine 3- (2-Aminoethyl) indole hydrochloride Apoferritin 2,5-Bis-2-(5-tert-butylbenzoxazolyl)-thiophene N-Aminoethylpiperazine Apolysin Bis-(2-dimethylaminoethyl) ether Aminoethylpyrimidine Arabinose Bis (2-ethylhexyl) peroxydicarbonate L-Amino-beta-guanidinopropionic acid Arachidic acid N,N-Bis-(2-hydroxyethyl) alkylamine 4- Ajnino-5-imidazole carboxamide Arachidonic acid N,N-Bis-(2-hydroxyethyl) glycine sodium salt 5- Amino-4-imidazole carboxamide Arginine N,N-Bis (2-hydroxypropyl) aniline Aminoisobutyric acid Arginine hydrochloride 1.4- Bis (2-(4-methyl-5-phenyloxazolyl)] 2-Amino-2-methyl-l-propanol Arrhenal benzene (methyl POPOP) Aminomethylpyrimidine Asparagine Bismuth citrate Aminonapthol sulfonic and disulfonic acids Asparagine hydrate Bismuth subgallate O-Aminonitrobenzene Aspartic acid Bismuth tannate 2-Amino-5-nitrothiazole Aubepine Bisphenol A Aminopentamide Aurothioglucose 1.4- Bis-2-(5-phenyloxazolyl) benzene ; meta-Aminophenol 5- Azacytidine N-N-Bis (trimethylsilyl) acetamide i ortho-Aminophenol 8-Azaguanine Bis (trimethylsilyl) trifluoroacetamide I para-Aminophenol 6- Azathymine Bis-triphenylsilyl chromate j ortho-Aminophenol hydrochloride 6-Azauracil Bithionol i para-Aminophenol hydrochloride 6-Azauridine Borneo) 12-Amino-l-phenol-4-sulfonic acid Azelaic acid Bomyl acetate f Aminophenylacetic acid d-Azetidine-2 carboxylic acid Bornyl formate Aminophylline Azetylcholine chloride Bromelain-Pure beta-Aminopropionitrile 1-Aziridineethanol N-Bromoacetamide 2-Aminopyrimidine Azobenzene Bromoactic acid Aminopyrine Azocoll Bromobenzene 4- Aminosalicylic acid Azosulfamide sym-Bromochloroethane 5- Aminosalicylic acid Banana oil Bromochloromethane 2-Aminothiazole Barbital l-Bromo-3-chloropropane L-3-Aminotyrosine dihydrochloride Barbital sodium 5-Bromodeoxyuridine Ammonium acetate Barbituric acid N-(2-Bromoethyl) phthalimide ¡Ammonium benzoate Barium styphnate Bromomethylethyl ketone Ammonium bitartrate Behenic acid Bromoform Ammonium ferric oxalate Benzaldehyde Bromomonochlorodifluoromethane Ammonium gluconate Benzalkonium chloride alpha-Brofnonapthalene Ammonium mandelate Benzanthrone Bromosuccinic acid Ammonium oxalate Benzene N-Bromosuccinimide Ammonium thioglycollate Benzenesulfonic acid Bromostyrol 85946 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

Bromotrifluoromethane Calcium linoleate para-Chloronitrobenzene Butabarbital acid Calcium mandelate 2-Chloro-6-nitrotoluene Butabarbital sodium salt Calcium phenosulfonate 4- Chloro-2-nitrotoluene Butacaine sulfate Calcium propionate Chloropentafluoroethane 1,4 Butanediamine dihydrochloride Calcium salicylate meta-Chlorophenol Butanediol succinate Calcium stearate ortho-Chlorophenol 2,3-Butanedione monoxime Calcium succinate para-Chlorophenol 1- Butoxyethoxy-2-propanol Calcium tannate p-Chlorophenylalanine Butoxytriglycol Calcium tartrate Chlorophyll, dry Butyl acetate Calcium undecylenate Chlorophyll, solution in oil Butyl acetyl ricinoleate Camphene Chloroprene n-Butyl acrylate Camphor (natural or synthetic) Chloroquine base tert-Butyl acrylate Camphor bromate Chloroquine phosphate N-Butyl alcohol Camphoric acid N-Chlorosuccinimide n-Butylamine Camphorsulfonic acid 6-Chloro-7-sulfamyl-l,2,4-benzothidiazine-l,l- tert-Butylamine Camphosulfuric acid dioxide (-)-l-(tert-Butylamino)-3-[(4-morpholino-l,2,5 Capric acid 6-Chloro-7-sulfamyl-3,4-dihydro-l,2,4- thiadiazol-3yl)oxy]-2 propanol maleate (1:1) Caproic acid benzothiadiazine-1,1-dioxide and its salts Caprolactam Chlorothen citrate anti-histamines Butylate hydroxyanisole epsilon-Caprolactone Chloro thymol n-Butyl benzene Caprylic acid alpha-Chlorotoluene sec-Butyl benzene Canavanine sulfate meta-Chlorotoluene tert-Butyl benzene N-Carbamoylarsanilic acid ortho-Chlorotoluene Butyl benzyl phthalate Carazole para-Chlorotoluene n-Butyl Bromide Carbinoxamie antihistamines Chlorotrifluoromethane sec-Butyl bromide Carbodiimide (cyanamide) Cholesterol tertiary Butyl bromide Carbon tetrachloride Cholic acid p-tert-Butyl catechol Carbonyl chloride (phosgene) Choline n-Butyl chloride Carbonyl cyanide, m-chlorophenylhydrazone Choline bitartrate sec-Butyl chloride Carbosine Choline chloride tert-Butyl chloride Carboxylic acid anhydride Chondroitin sulfate 6-tert-Butyl-meta-cresol Carisoprodol (n-isopropyl-2-methyl-2-propyl- Chromic acetate Butyl-meta-cresol methyl ethers 1,3-propanediol discarbamate) Chymar n-Butyl diethyl malonate Carvacrol Chymotripsin, pure Butylene glycol Carvone Cinnamic acid 1.2- Butylene oxide Cedryl acetate Cinnamic alcohol 2.3- Butylene oxide Cellulase Cinnamic aldehyde Butyl ether Cerotic acid Citral tert-Butyl hydroperoxide Cerous oxalate Citrazinic acid Butyl isocyanate Cetyl alcohol Citric acid n-Butyl lactate Cetylpyridinium chloride Citronella Butyl methacrylate Chloral Cobalt salts, n.e.s. n-Butyl myristate Chloral formamide Cobinamide cyanide phosphate 3'-ester with Butyl octyl phthalate Chlorbetamide 5,6 dimethyl-l-a-D- tert-Butyl perbenzoate Chlorendic acid ribofuranosylbenzimidazole inner salt di-tert-Butyl peroxide Chlormrodrin Cobinamide hydroxide phosphate 3’-ester di (sec-Butyl) peroxydicarbonate meta-CKloroaniline with 5,6 dimethly-l-a-D- Butylphenol ortho-Chloroaniline ribofuranosylbenzimidazole inner salt o-sep-Butyl phenol para-Chloroaniline Cocarboxylase tert-Butyl phenol 2,2,4-trimethyl Chloroacetic acid Colace dihydroquinoline Chlorobenzene Colchicine 2- (4-t-Butylphenyl)-5-(4-biphenyl)-l,3,4- para-Chlorobenzhydrol 2,4,6-Collidine (2,4,6 trimethylpyridine) oxdiazole meta-Chlorobenzoic acid Compound N (Conmel) granulation Butyl phthalyl butyl glycollate ortho-Chlorobenzoic acid Copper acetate n-Butyl propionate para-Chlorobenzoic acid Corticosterone tert-Butylquinoline Chlorobenzotriazole Coumarin Butyl stearate otho-Chlorobenzotriehloride Coumarone Butyne diol para-Chlorobenzotrichloride Creatine Butyraldehyde meta-Chlorobenzotrifluoride Creatinine Butyric acid ortho-Chlorobenzotrifluoride m-Cresol Butyrolactone para-Chlorobenzotrifluoride o-Cresol Cadmium acetate l-(p-Chlorobenzoyl)-5-methoxy-2- p-Cresol Cadmium octoate methylindole-3-acetic acid Cresotic acid Cadmium salicylate Chlorobiphenyl Cresyl diphenyl phosphate Caffeine Chlorobutanol Cresylic acid Caffeine sodium benzoate 3'Chloro-4'-(p-chlorophenoxy)-3,5- Crotonic acid Calcium acetate diiodosalicyanilide Crontonaldehyde Calcium benzoate 1- Chloro-2,4-dinitrobenzene Cumene Calcium citrate Chlorogenic acid Cumidine Calcium cyanamide Chlorohydroquinone Cyanacetamide Calcium cyclamate p-Chloromercuribenzoate 5- 'Cyanopyridine Calcium formate 2- Chloro-4-nitroaniline 4-Cyanopyridine Calcium gluconate 4-Chloro-2-nitroaniline Cyanuric acid Calcium glycerophosphate 4-Chloro-3-nitroaniline Cyanuric chloride Calcium lactate meta-Chloronitrobenzene Cyclizine antihistamines Calcium levulinate ortho-Chloronitrobenzene Cyclocyamine Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85947

. Cyclohexane 2.5- Debiphenyloxazole Diethylene glycol dibutyl ether Cyclohexanol Dibromodifluoromethane Diethylene glycol diethyl ether Cyclohexanone 1.3- Dibromo-5,5,-Dimethylhydantoin Diethylene glycol dimethyl ether Cyclohexene Dibromoethylbenzene Diethylene glycol ethyl ether Cyclohexylamine Dibromomonochlorotrifluoroethane Diethylene glycol mono-butyl ether I- Cyclohexyl-3-(2-morpholinoethyl)- alpha, beta-Dibromopropionic acid Diethylene glycol mono-butyl ether acetate carbodiimide metho-p-toluene sulfonate Dibutylamine Diethylene glycol mono-ethyl ether acetate I para-Cyclohexylphenol Dibutylamine Pyrophosphate Diethylene glycol mono-methyl ether N-Cyclohexyl para toluene sulfonamide 4.6- Di-tert-butyl-meta-cresol Diethylene glycol mono-methyl ether acetate | Cyclopentamine hydrochloride 2.6- Di-tert-butyl-para-cresol Diethylene glycol succinate Cyclopentane 2.6- Di-tert-butyl-alpha-dimethyl-amino-para- Diethylene triamine Cyclopentanol cresol Di (2-ethylhexyl) adipate Cyclopentanone Di-tert-butyl disulfide Di (2-ethylhexyl) isophthalate Cyclopentene Dibutyl fumarate Di (2-ethylhexyl) phosphoric acid Cyclopentyl bromide Dibutyl itaconate Di (2-ethylhexyl) phthalate Cymene Dibutyl maleate Di (2-ethylhexyl) sebacate Cystathionine Dibutyl phosphate Diethyl ketone Cysteic acid Dibutyl phthalate Diethyl malonate [Cysteine Dibutyl sebacate 3.3- Diethyl-5-methyl-2,4-piperidinedione [Cystine Dibutyl tetrachlorophthalate Diethyl phosphate [Cytidine Dibutylthiourea 0,0-Diethyl phosphorochloridothioate Cytidine-5-diphosphate trisodium Dibutyl tin compounds Diethyl phthalate I Cytidine-5-monophosphate Dibutyryladenosine Diethylstilbestrol I Cytidine-5-monophosphate hydrate Dicapryl adipate Difluoroethane [ Cytidine-3,2-phosphoric Dicapryl phthalate Digitalin I Cy tidine-5-triphosphate Dicapryl sebacate Dihydrocholic acid USP | Cytidine-5-triphosphate hexahydrate 3.4- Dichloroaniline 10,ll-Dihydro-N,N-dimethyl-5H-dibenzo (a,d) Cytidylic acid Dichlorobenzene cycloheptene-delta-5-gamma-propylamine Cytidylyl 3'-5' adenosine meta-Dichlorobenzene and its salts Cytidylyl, 3'-5'-cytidine ortho-Dichlorobenzene Dihydrouracil I Cytidylyl 3'-5'-guanosine para-Dichlorobenzene 1,2-Dihydroxyanthraquinone I Cytidylyl 3'-5'-uridine 2.5- Dichlorobenzenesulfonic acid 1.4- Dihydroxyanthraquinone Cytosine beta-d-arabinofuranoiside HC1 3,3'-Dichlorobenzidine 1.5- Dihydroxyanthraquinone I Cytosine hemihydrate 3,3'-Dichlorobenzidine dihydrochloride 1,8-Dihydroxyanthraquinone i Decahydronapthalene 2.4- Dichlorobenzoic acid Dihydroxy diphenyl sulfone II- Decanol 3.4- Dichlorobenzoic acid dl-3,4-Dihydroxyphenylalanine levo-3-(3,4- Dehydroabietylamine 2.4- Dichlorobenzoyl peroxide Dihydroxyphenyl)-2-methylalanine and its Dehydroabietylamine acetic acid salt Dichlorodifluoromethane salts and esters Dehydroabietylamine ethylene oxide Dichlorodiphenyl sulfone Dihydroxyuridine-2,3,-monophosphate Dehydroacetic acid Dichloroethylene Diiodo-tyrosine I trans-Dehydroandrosterone acetate Dichloroethylether Diisoamyl phthalate semicarbazone Dichloroisocyanuric acid Diisobutylcarbinol | Dehydrocholic acid Diisobutyl ketone Dehydrothio-para-toluidine Dichloroisopropyl ether [2,3-Dichloro-4-(2-methylene-butyryl) Diisobutyl phthalate Deoxyadenosine Diisodecyl adipate Deoxyadenosine-5-triphosphate phenoxy] acetic acid Diisodecyl phthalate [Deoxyadenylic acid 2.3- Dichloro-l,4-napthoquinone Diisooctyl adipate {Deoxycytidine 2.6- Dichloro-4-nitroaniline Diisooctyl phthalate Deoxycytidine-5-triphosphate 2.4- Dichlorophenol Diisooctyl sebacate Deoxyguanosine Dichloropropane Diisopropanolamine Deoxyguanosine monohydrate Dicumyl peroxide Deoxyguanosine-5-triphosphate Dicyanodiamide Diisopropylamine [ Deoxyguanylic acid Dicyclohexylamine Diisopropyl benzene Deoxyinosine Dicyclohexyl phthalate meta-Diisopropyl benzene Deoxyribonucleic acid Dicyclomine hydrochloride para-Diisopropyl benzene Desoxyadenosine monohydrate Dicyclopentadiene Diisopropyl benzene hydroperoxide Diacetone alcohol Dienestrol Diisopropyl carbinol Diacetyl Diethanolamine Diisopropyl fluophosphates Diallylbarbituric acid Diethylaluminum ethoxide Diketene Diallyl maleate Diethylaluminum hydride 2.5- Dimethoxybenzaldehyde Diallyl phthalate Diethylamine 2.6- Dimethoxybenzoic acid 1.2- Diaminopropane Diethylaminoethanol Dimethoxytetraglycol 1.3- Diathinopropane meta-Diethylaminophenol Dimethyl acetal Diaminoazoxytoluene N.N-Diethylaniline Dimethyl acetamide | L-2,4-Diaminobutyric acid hydrochloride Diethylbarbituric acid Dimethyl adipimide dihydrochloride 2.4- Diaminodiphenylamine Diethylbenzene Dimethylallylamine Diamthazole dihydrochloride Di-(2-ethylbutyl) phthalate Dimethyl aluminum chloride Diamylphenol Diethylcarbamazine Dimethyl aluminum hydride Dianisidine Diethylcarbamazine citrate Dimethyl amine ortho-Dianisidine dihydrochloride Diethyl carbonate para-Dimethylaminobenzaldehyde Diastase diethyl chromium (chromocene) 2-Dimethylaminoethanol Diastatic enzymes Diethylene dichloride Dimethylaminomethylphenol Diastefor Diethylene glycol 5-Dimethylamino-l-naphthalene sulfonyl I Diazoaminobenzene Diethylene glycol adipate chloride 1 Diazodinitrophenol Diethylene glycol bis (allyl carbonate) Dimethylaminopropylamine 14-(5H-Dibenzo (a,d) cyclohepten-5-ylidene)-l- Diethylene glycol-n-butyl ether 5-(3-Dimethylaminopropylidene)-dibenzo methylpiperidine and its salts Diethylene glycol dibenzoate (a,d) (1,4) cycloheptadiene pamoate 85948 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

6-Dimethylamino purine Djenkolic acid Ethyl estragóle cinnamate 2.4- Dimethylaniline 1-Dodecene Ethy ether ( N,N-Dimethylaniline Dodecenylsuccinic acid 1- Ethyl-2-[3(l-ethylnaptho[l,2d)-thiazolin-2- Í Dimethylbenzenesulfonic acid Dodecenylsuccinic anhydride ylidene)-2-methyl-propenyl]naptho[l,2d] ( N,N-Dimethylbenzylamine Dodecylaniline thiazolium bromide ( Dimethylbenzyl carbinol acetate Dodecylphenol Ethyl fluid ( 2.5- Dimethyl-2,5-bis, (tert-butyl peroxy) Dulcitol Ethyl formate t hexyne-3 Durene 2- Ethyl-hexaldehyde ( 2.5- Dimethyl-2,5-Di (tert-butyl peroxy) hexane 1- Eicosanol 2,2'-(2-Ethylhexamido) diethyl Di(2-Ethyl ( Dimethyl dioctadecyl ammonium bentonite Elaidic acid hexoate) { 2.5- Dimethyl-2,5-Diperbenzoxyhexane Epichlorhydrin 2-Ethylhexanediol-l,3 Í 2.5- Dimethyl-2,5-Diperoctoxyhexene Epinephrine 2-Ethylhexoic acid ( Dimethyl ether Ergosterol 2-Ethylhexyl acetate I Dimethylformamide Erucic acid 2-Ethylhexyl acrylate Í Dimethyl glyoxime Erythorbic acid 2-Ethylhexyl alcohol ( Dimethyl isophthalate Erythrityl tetranitrate 2-Ethylhexyl isodecyl phthalate Í Dimethyl itaconate Ethanolamine Ethyl Hydrogen sulfate I Dimethyl malonate Ethanolformamide 5-Ethylidene-2-norbornene I 2.6- Dimethylmorpholine Ethoheptazine Ethyl iodoacetate I Dimethyl-alpha-napthylamine Ethoheptazine citrate Ethyl lactate I Dimethyl-beta-napthylamine P-[(p-Ethoxybenzylidene)-amino] benzonitrile Ethyl malonate ■ N,N-Dimethyl-para-nitrosoaniline 2- Ethoxy-3,4-dihydro-2H-pyran Ethyl mercaptan K 3.6- Dimethyl-3-octanol Ethoxy triglycol N-Ethylmorpholine I 3.7- Dimethyl-l-octanol Ethyl acetate Ethylni trite K Dimethylolpropionic acid Ethyl acetoacetate Ethyl orthoacetate C Dimethylphenylbenzyl ammonium hydroxide Ethylacetylene Ethyl phenylacetate C Dimethyl phthalate Ethylacrylate Ethyl phthalyl ethyl glycollate I Dimethyl stearamide Ethylalcohol Ethyl silicate I Dimethyl sulfate Ethyl aluminum dichloride Ethyl sulfide Dimethyl sulfolane Ethyl aluminum sesquichloride Ethyl stearate Dimethyl sulfoxide Ethyl amine Ethyl thioethanol G Dimethyl terephthalate Ethyl amyl ketone N-Ethyl para-toluenesulfonamide G 2.4- Dimethyl tetrahydrothiophene-1,1-Dioxide N-Ethyl aniline Ethyl vanillin G Dinitrobenzene ortho-Ethyl aniline Eucatropine hydrochloride 4,4' Dinitrocarbanilide and 2-Hydroxy-4,6- Ethyl benzene Eugenol G Dimethyl pyrimidine complex Ethyl benzoate Exol Dinitromethylbutylacetophenone Ethyl bromide Fenchone Dinitronapthalene 2-Ethylbutyl acetate Ferric ammonium citrate Dinitrophenol 2-Ethylbutyl alcohol Ferric ammonium oxalate 3.5- Dinitro-o-toluamide (zoalene) Ethyl butyl ketone Ferric glycerophosphate Dinitrotoluene 2-Ethyl:2-butylpropanediol-l,3 Ferrous gluconate Dinonyl phthalate 2-Ethylbutyraldehyde Ferrous oxalate Di (n-octyl, n-decyl) adipate Ethylbiityrate Ferulic acid Di (n-octyl, n-decyl) phthalate 2-Ethylbutyric acid Ficin, pure Dioctyl phthalate Ethylchloride Fluoranthene Diorgano siloxanes Ethylchloroacetate Fluorescein i 1.4- Dioxane Ethylchlorocarbonate 9-Fluoro-ll beta, 17,21-trihydroxy-16a- Dipentaerythritol acetate Ethylcyanoacetate methylpregna—l,4-diene-3,20 dione and its i Dipentaerythritol hexabutyrate Ethylene carbonate salts aiid esters Dipentaerythritol hexapropionate Ethylene chlorohydrin dl-p-Fluorophenylalanine Diphemanil methyl sulfate Ethylene cyanohydrin 5- Fluorotryptophan Diphenic acid Ethylenediamine 6- Fluorotryptophan Diphenyl Ethylenediamine dihydroiodide 5-Fluorouracil H Diphenylamine Ethylenediamine tetraacetic acid Folic acid Diphenyldichlorosilane Ethylene dibromide Formaldehyde Diphenylhydantoin sodium Ethylene dichloride Formamide H Diphenylmethane Ethylene glycol Formic acid Diphenylmethane 4,4'-Diisocyanate Ethylene glycol n-butyl ether Fructose H 2.5- Diphenyloxazole Ethylene glycol diacetate H Fructose-1,6-diphosphate sodium salt H Diphenyl oxide Ethylene glycol dibutyl ether Fructose-l-phosphate Diphenyl phthalate Ethylene glycol ethyl ether D-Fucose Diphenylsilanediol Ethylene glycol methyl ether L-Fucose 4.4- Diphenylstilbene Ethylene glycol monoacetate « Fumaric acid n Diphosphopyridine nucleotide Ethylene glycol monobutyl ether Furan Dipropylene glycol Ethylene glycol monobutyl ether acetate Furazolidone n Dipropylene glycol dibenzoate Ethylene glycol monohexyl ether Furfural Dipropylene glycol methyl ether Ethylene glycol monomethyl ether H Furfuryl alcohol Bi p-(Dipropylsulfamyl) benzoic acid Ethylene glycol monomethyl ether acetate • Furfuryl mercaptan alpha, alpha-Dipyridyl Ethylene glycol monoethyl ether acetate Galactose i 2,2-Dipyridylamine Ethylene glycol phenyl ether Gallic Acid 2,2'-Dithiodibenzoic acid Ethylene glycol succinate Gentiobiose 5.5- Dithio-bis-(2-nitrobenzoic acid) Ethylene glycol tetrachlorophthalate Geranyl cinnamate Dithiothreitol (cleland’s reagent) Ethyleneimine Gluconic acid Hi Ditridecyl phthalate Ethylene maleic anhydride Glucono-delta-lactone Diundecyl phthalate Ethylene oxide D-Glucosamine Divinyl benzene Ethylene thiourea Glucose, pharmaceutical Hi Federal Register / Vol. 45, No. 251* / Tuesday, December 30, 1980 / Rules and Regulations 85949 tlpiucose-6-phosphate, disodium salt Hexylresorcinol Isoamyl alcohol, primary ilucuronic acid Hippuric acid Isoamyl bromide Hucuronolactone Histamine Isoamyl butyrate flutamic acid Histamine phosphate Isoamyl chloride llutamine Histidine Isoamyl phthalate ilutaraldehyde Histidine hydrochloride Isoamyl valerate ilutaric acid Homatropine and its salts Isobomeol ;iutaric anhydride Homocystine Isobutene Jlutaronitrile Homoserine Isobutyl acetate Jlutathione Hyaluronidase Isobutyl acrylate glycerin Hydantoin Isobutyl alcohoL Hycerol monooleate (-)-l-a-Hydrazino-3,4-dihydroxy-a-methyl- Isobutyl allyl barbituric acid ilycerophosphates hydrocinnamic acid monohydrate Isobutylamine ilycerophosphoric acid and salts Hydrazobenzene Isobutyl benzene Glyceryl monostearate Hydrindantin, including hydrated forms Isobutyl benzoate Hyceryl tri-(acetyl ricinoleate) Hydrocholin Isobutyl bromide llyceryl tributyrate (tributyrin) Hydrolase powder Isobutyl chloride lycidyl acrylate Hydroorotic acid Isobutyl methacrylate Hycine Hydroquinone Isobutyl phenyl acetate llycylglycine Hydroquinone monobenzyl ether Isobutyl quinoline Hycocholic acid (cholylglycine) Hydroxyacetic acid N-Isobutylundecÿleneamide lyoxal meta-Hydroxybenaldehyde Isobutyraldéhyde fuaiacol para-Hydroxybenzaldehyde Isobutyric acid toaiacol carbonate meta-Hydroxybenzoic acid Isobutyronitrile luaiacol glyceryl ether ortho-Hydroxybenzoic acid dl-Isocitrate trisodium uaiamar para-Hydroxybenzoic acid Isoctyl thioglycolate uanidine 3-Hydroxy-2-butanone Isodecanol jamma-Guanidinobutyric acid dl-Hydroxybutyric acid sodium salt Isoeugenol luanidinopropionic acid p-Hydroxychlorobenzene Isoleucine iuanine Hydroxycitronella Isoniazid puanosine 2- Hydroxy-4n dodecyloxybenzophenone Isooctyl alcohol Guanosine-2,3-cyclic Hydroxyethyl cellulose Isooctyl isodecyl phthlate Guanosine-3,5-cyclic phosphate Hydroxyethylethylenediamine Isopentanoic acid Guanosine dihydrate N-Hydroxyethylpiperazine Isophorone Guanosine-5-diphosphate N-2-Hydroxyethylpipel,azine-N'-2'- Isophthalic acid Euanosine-5-monophosphate ethanesulfonic acid Isopropenyl acetate Guanosine-5-triphosphate Hydroxylapatite Isopropyl acetate {juanosine-5'-triphosphate trilithium Hydroxylsine hydrochloride Isopropyl alcohol (isopropanol) tetrahydrate Hydroxymethyl 6-(2-amino-2- Isopropyl ethyl thionocarbamate l-Guanylic acid phenylacetamido)-3,3-dimethyl-7-oxo-4- Isopropylamine f-Guanylic acid thia-l-azabicylo (3,2,0) heptane-2- Isopropyl bromide puanylyl-3,5-adenosine carboxylate pivalate and its salts and Isopropyl chloride puanylyl-3,5-cytidine esters Isopropyl ether Euanylyl-3',-5'-guanosine 5-Hydroxymethylcytosine Isopropyl iodide Guanylyl-3',5'-uridine 5-Hydroxymethyl deoxyuridine Isopropyl palmitate Heliotropine 3- Hydroxy-2-napthoic acid Isopropyl phenol Hemimellitene (1,2,3-trimethylbenzene) 2- Hydroxyphenylmercuric chloride Isopropyl 2-(4 thiazolyl)-5-benzimidazole Hemin (chlorohemin; hemin chloride) Hydroxyproline carbamate Heparin sodium (heparin) Hydroxyquinoline and oxyquiholine anti- Isosafrole p-Heptadecanoic acid infective agents Itaconic acid i-Heptadecanol Hydroxystearic acid beta-Ketoglutaric acid peptafluorobutyric acid (perfluorobutyric 5-Hydroxytryptophan Khellin acid) ' 3- Hydroxytyramine hydrochloride Kinetin-6-furfurylaminopurine i-Heptanoic acid Hydroxyzine Kojic acid 1-Heptanol Hypoxanthine Lactic acid and salt(s) '■ peptylic acid 3-3'-Iminobispropylamine Lactonitrile Hexachlorobenzene Iminodiacetonitrile Lanthionine Hexachlorocyclopentadiene Indene Laurie acid Hexachloroethane Indole Lauroyl peroxide f-Hexadecane 3-Indoleacetic acid Lauryl alcohol rHexadecanol 3-Indolebutyric acid Lauryl aldehyde Hexa-2-ethylbutoxydisiloxane Indolyl-3 acetyl-L-aspartic acid Lauryl chloride Hexafluoroacetone Indomethacin Lauryl mercaptan pexahydrobenzoic acid Inosine Lead acetate pexahydrophthalic anhydride Inosine-5'-diphosphate Lead formate Hexaméthonium chloride Inosine-5'-monophosphate Lead maleate tribasic Hexamethylene diammonium adipate (nylon Inosine-5'-triphosphate Lead stearate salt) Inosinic acid Lead styphnate pexamethylenediamine alpha-Iodoacetamide Lead tetraacetate Hexamethyleneimine 5-Iododeoxyuridine Lecithin, n.e.c. Hexamethylenetetramine Iodoform Leucine l-Hexanol Ionones Leucenol leucenine Tlexestrol NNR Irisone ketone Levulinic acid P-Hexyl bromide Iron protoxalate Lignoceric acid P-Hexyl chloride Iron sodium oxalate D-Limonene Hexylene glycol Isatoic anhydride Linalool 85950 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

Linalyl acetate Methylaluminum sesquichloride Methyl palmitate Linoleic acid Methylamine Methyl palmitoleate Linolinic acid Methylamyl acetate Methylparaben Linalyl acetate Methyl amyl alcohol 2-Methylpentaldehyde Lithium benzoate Methyl-n-amyl carbinol 2- Methyl-l-pentanol Lithium salts Methyl amyl ketone 3- Methyl-l-pentyn-3-ol Lutidine N/Methylaniline (monomethylaniline) Methylphenyldichlorosilane 2,4-Lutidinic acid alpha-Methylanthracene 3-MethyI-l-phenyl-2-pyrazolin-5-one Lysine Methyl antranilate n-Methyl-o-phenylenediamine Lysine hydrochloride Methyl anthraquinone dihydrochloride Lysozyme Methyl arachidate Methyl phthalate D-Lyxose alpha-Methylbenzyl alcohol Methyl phthalyl ethylglycollate Magnesium benzoate alpha-Methylbenzyl ether N-Methylpiperazine Magnesium citrate Methyl-bicyclo (2,2,1) heptene-2,3- 2-Methyl piperidine Magnesium citrate, dibasic dicarboxylic anhydride isomers Methyl propyl ketone Magnesium p-(dipropylsulfamoyl) benzoate 2-Methyl-l-butanol n-Methyl-2-pyrrolidine Magnesium glycerophosphate Methyl butynol Methyl salicylate Magnesium salicylate Methyl caproate (methyl hexanoate) Methyl stearate Magnesium stearate Methyl chavicol alpha Methyl styrene Magnesium sulfate Methyl chloride N-Methyltaurine and aqueous solutions Magnesium oxyphenyl arsenate Methyl cinnamate N-Methyltaurine slurry Maleic acid Methylcyclohexane Methyl tricosanoate Maleic anhydride Methylcyclohexanol Methyl tridecanoate Malic acid Methylcyclohexanol acetate dl-5-Methyl-tryptophan-2,5-hydrate Malonic acid Methylcyclohexanone beta-Methylumbelliferone Malt diastase Methylcyclopentane 2-Methyl-5-vinylpyridine Maltose N-Methyl-5H-dibenzo (a,d) cycloheptene-5- Mimosine Mandelic acid propyl-amine and its salts Monobutylamine Manganese acetate Methyl dichloroacetate Monochlorodifluoroethane Manganese citrate Methyldiethanolamine Monochlorodifluoromethane Manganese glycerophosphate Methyl di-hydrogenated tallow tertiary amine Monoethanolamine Mannitol Methylelaidate Monoethylamine D-Mannose N,N-Methylene bisacrylamide Monoisopropanolamine Margaric acid Methylene blue Monopentaerythritol diacetate dibutyrate Meclizine Methylene bromide Monopentaerythritol tetrabutyrate Melamine Methylene chloride Monosodium glutamate Melissic acid Methylene iodide Montanic acid Menadione (2-methyl-l,4-naphthoquinone) N-Methylethanolamine Morpholine v para-Menthane hydroperoxide 2-Methyl-2-ethyl-l,3-dioxolane Musk ambrette Menthol Methylethylketone Musk ketone Mephentermine Methylethylketone and cyclohexanone Musk xylene Mephentermine sulfate peroxide Myristic acid Mercaptobenzothiazole Methylethylketone peroxide Myristoleic acid Mercaptoethanol 2-Methyl-5-ethylpyridine Myristyl alcohol beta-Mercaptopropionic acid N-Methylglucaminé Myristyl bromide 6-Mercaptopurine Methyl glutamate Nalidixic acid Mercuric acetate Methyl glycolate Naphazoline hydrochloride Mercuric salicylate Methyl heneicosanoate Napthalene Mesityl oxide Methyl heptine carbonate Napthalenesulfonic and disulfonic acids Mesitylene (1,3,3-trimethylbenzene) Methyl hexyl ketone Napthionic acid Metamine (trolnitrate phosphate) Methyl histidine alpha-Napthol Metanilic acid lyiethyl alpha-hydroxy behenate beta-Napthol Methacrylic acid Methyl alpha-hydroxy eicosanoate Napthol sulfonic and disulfonic acids and Methacrylonitrile Methyl alpha-hydroxy-lignocerate salts Methallyl chloride Methyl alpha-hydroxy myristate 1,2-Napthoquinone Methanesulfonyl chloride (mesyl chloride) Methyl alpha-hydroxy palmitate 1,4-Napthoquinone Methantheline bromide Methyl alpha-hydroxy stearate • alpha-Napthylamine Methapyralene antihistamines Methylinoacetaldehyde beta-Napthylamine Methenamine anti-infective agents Methyl iodide Napthylamine sulfonic, disulfonic and Methionine Methyl ionone trisulfonic acids Methionine hydroxy analogue Methyl isoamyl ketone 2-Napthyl benzoate Methionine sulfone Methyl isobutyl ketone Napthyl ethyl ether Methoxyphenamine hydrochloride Methyl isopropenyl ketone Napthyl methyl ether « Methoxytriglycol Methyl laurate 2-{l-Napthyl)-5-phenyl oxazole Methoxytriglycol acetate Methyl linoleate Neopentyl glycol Methyl acetate Methyl linolenate Neopentyl glycol adipate Methyl-4-acetamido-2-ethoxy benzoate Methyl mercaptan Neopentyl glycol sebacate Methyl acetanilide Methyl methacrylate monomer Neopentyl glycol succinate Methyl acetone N-Methyl morpholine Neotridecanoic Methyl acetophenone Methyl myristate Nerol Methyl acetylene alpha-Methylnapthalene Nialamide Methyl acetyl ricinoleate beta-Methylnapthalene Nicarbazin Methyl acrylate (l-Methyl-5-nitroimidazol-2-yl)methyl Nickel acetate Methyl alanine carbamate Nickel formate Methylallyl alcohol Methyl nonadecanoate Nikethamide Methylaluminum sesquibromide Methyl oleate Ninhydrin Federal Register / Vol. 45, No. 251 / Tuesday, December 30,, 1980 / Rules and Regulations 85951

N-Phenyl-alpha-napthylamine Nithiazide Palmitoleic acid meta-Nitroaniline Palmitoyl chloride N-Phenyl-beta-napthylamine ortho-Nitroaniline Pancreatin Phenylneopentyl phosphite para-Nitroaniline Papain Phenyl nerol meta-Nitroanisole Paradichlorobenzene o-Phenyl phenol ortho-Nitroanisole Paraffin, chlorinated N-Phenylpiperazine para-Nitroanisole Paraformaldehyde Phenylpropanolamine 3-Nitrobenzaldehyde Paraldehyde Phenyl propylacetate Nitrobenzene Pelargonie acid Phenyl salicylate n-Nitrobenzenesulfonyl chloride dl-Penicillinamine acetone Phenyl sulfide (diphenyl sulfide) p-Nitrobenzenesulfonamide Penicillinase Phenyl sulfone (diphenyl sulfone) meta-Nitrobenzoic acid Pepsin Phenyl sulfoxide (diphenyl sulfoxide) ortho-Nitrobenzoic acid Pepsin, spongy Phenyl trichlorosilane para-Nitrobenzoic acid Pentachloroethane alpha-Pinene meta-Nitrobenzoyl chloride Pentadecylic acid beta-Pinene para-Nitrobenzoyl chloride Pentaerythritol Phloroglucinol ortho-Nitrobiphenyl Pentaerythritol tetrastearate Phosphatase, alkaline meta-Nitrochlorobenzene Pentamethylene dibromide Phosphate diethylacetal ortho-Nitrochlorobenzene Pentane diol Phosphatidyl inositol para-Nitrochlorobenzene 2.4- Pentane dione Phosphatidyl serine Nitroethane Pentanol 2-Phosphoenol pyruvic acid Nitrofurantoin 2- Pentanol 2-Phosphoglyceric acid Nitromersol ^ 3- Pentanol 0- Phospho-dl-serine Nitromethane Pentazocine Phthalamide 1-Nitronapthalene Pentobarbital sodium Phthalic acid para-Nitrophenetole Pentobarbituric acid Phthalic anhydride Nitrophenide Peracetic acid ortho-Phthalimide meta-Nitrophenol Perchloroethylene Phthalonitrile ortho-Nitrophenol Perchloropentacyclodecane Phthaloyl chloride para-Nitrophenol Perpinyl acetate Phytol p-Nitrophenyl-B-D-glucuronide Phenacetin alpha-Picoline p-Nitrophenyl phosphate Phenanthrene beta-Picoline p-Nitrophenyl-thymidine-5-phosphate Phenanthrenequinone gamma-Picoline N-Nitrosodiphenylamine Phenazine Picramic acid beta-Nitrostyrene ortho-Phenetidine Picric acid meta-Nitrotoluene para-Phenetidine Pimelic acid ortho-Nitrotoluene Phenetsal d-Pipecolic acid para-Nitrotoluene Phenhydramine hydrochloride antihistamine dl-Pipecolic acid Nitroxylene Pheniramine maleate antihistamines 1- Pipecolic acid Nonadecylic acid Phénobarbital Pipecolic acid hydrochloride Nonanal Phénobarbital sodium d-Pipecolic anhydride n-Nonyl alcohol Phenol dl-Pipecolic anhydride Nonyl bromide Phenolphthalein 1-Pipecolic anhydride 1- Nonylene Phenolphthalein glucaronide Piperazine Nonyl phenol Phenolsulfonephthalein (phenol red) Piperazine adipate Nordihydroguaiaretic acid Phenosulfonic acid Piperazine calcium edetate Norleucine Phenyl acetate Piperazine citrate Norvaline Phenyl acetic acid Piperazine dihydrochloride Nucleosides Phenyl aceticaldehyde Piperazine hexahydrate Nucleotides or mono nucleotides Phenylalanine Piperidine : 1-Octadecanol Phenyl-2-amino-5-napthol-7-sulfonic acid Piperonal Octafluorocyclobutane Phenyl-2-amino-8-napthol-4J-sulfonic acid Pivaloyloxymethyl-D-a-aminobenzyl j Octanoic acid N-Phenylanthranilic acid penicillinate ! 1-n-Octanol Phenylazo diamino pyridine Polyadenylic acid 2- n-Octanol 1.3.4- Phenyl-biphenyloxadiazole Polycytidylic acid n-Octyl bromide Phenylbutazone Polyethylene glycol dibenzoate n-Octyl chloride l-Phenyl-3-carbethoxy-pyrazolone-5 Polyethylene glycols I n-Octyl, n-decyl adipate Phenyl carbinol Polyethyleneimine n-Octyl, n-decyl phthalate Phenyldiethanolamine Polyglycerol I Octylene glycol titanate Phenyldimethylpyrazolomethyl amino Polyglycol distearate 2 Octyl iodide methane Polymeric isocyanate Octyl phenol Phenylephrine hydrochloride Polymethylene polyphenylisocyanate alpha-Olefins m-Phenylenediamine Polyoxypropylene triol Oleic acid o-Phenylenediamine Polypropylene diols Olein (Triolein, Glyceryl trioleate) Phenylethanolamine Polypropylene glycol Ornithine Phenylethyl acetate Polytetramethylene ether glycol Orotic acid (Uracil-6-carboxylic acid; 6- Phenylethyl alcohol Polythiazide Carboxyuracil) Phenylethyl barbituric acid Polythiazide, non-sterile Oxalic acid Phenyl ethyl salicylate Polyuridylic acid i Oxamide N-Phenyl glycine Polyuridyfic add potassium I Oxphencyclimine alpha-Phenyl glycine Pontalin granulation I Oxyalkylated alkylene glycol Phenyl glycine Pontalin powder [beta, beta'-Oxydipropionitrile Phenyl isocyanate Potassium acetate [Pamaquine naphthoate Phényl isothiocyanate Potassium amyl xanthate Palmitelaidic acid Phenyl magnesium bromide Potassium biphthalate Palmitic acid Phenylmethyl sulfonyl fluoride Potassium bitartrate 85952 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations

Potassium chloride Rhodinol Stearic acid Potassium citrate Ricinoleic acid and salts Stearin Potassium dichloroisocyanurate Ristocetin Stearyl alcohol Potassium ethyl xanthate Rochelle salts Stilbestrol Potassium hexyl xanthate Saccharin Strontium acetate Potassium oxalate Saffrole Strontium lactate Potassium oxichinolin sulfonate Salicin Strontium oxalate Potassium salicylate Salicylaldéhyde Streptokinase Potassium tetroxalate Salicylamide Styrene oxide Proline Salicylic acid, technical grade Suberic acid Prominal Salicylic acid, USP grade Succinic acid Propargyl alcohol Salol Succinic acid disodium salt Propargyl bromide Salophen Succinic anhydride Propenylguaethol Santalol Succinimide Prophenpyridamine maleate Santonin Sucrose beta-Propiolactone Sarcosine Sucrose acetate butyrate Propionaldéhyde Sebacic acid Sulfanilic acid Propionic acid Secobarbital sodium salicylate meta-Sulfobenzoic acid Propionic anhydride Selenium diethylthiocarbonate ortho-Sulfobenzoic acid Propionyl chloride Serine Sulfonamide drugs Propiophenone Serotonin 4,4-Sulfonyldianiline d-Propoxyphene hydrochloride Serotonin creatinine sulfate 4- Sulfophthalic acid n-Propyl acetate Serotonin creatin sulfate complex Tartar emetic n-Propyl alcohol Shikimic acid (3,4,5,-trihydroxyl;-l- Tartaric acici Propyl amine carboxylic acid) Taurine n-Propyl bromide Silanes Terephthalic acid n-Propyl chloride Skatole Terephthaloyl chloride Propylene carbonate Sodium acetate para-Terphenyl Propylene chlorohydrin Sodium allyl arsenate Terpin hydrate Propylene dichloride Sodium para-aminobenzoate Terpineol 1,2-Propylene glycol Sodium para-aminosalicylate Terpinyl acetate Propylene glycol methyl ether Sodium arsanilate Tetrabutyl titanate Propylene oxide Sodium benzoate T etrachlorodifluoroe thane Propyl gallate Sodium bitartrate sym-Trachloroethane Propylhexadrine Sodium biphthalate Tetrachlorophthalic acid n-Propyl iodide Sodium-sec-butyl xanthate Tetrachlorophthalic anhydride Propylparaben Sodium chloride 5- Tetradecenoic acid Protamine sulfate Sodium-4-chlorophthalate 1,1,3,3-Tetraethoxypropane Protoporphyrin Sodium citrate Tetraethylene glycol Pseudocumene (1,2,4-trimethylbenzene) Sodium dehydroacetate Tetraethylene pentamine Pseudocumidine Sodium diacetate Tetraethyl lead Pseudouridine (salmine) Sodium dibutyl napthalene sulfonate T e trafluoroe thy lene Purine Sodium dichloro isocyanurate Tetrafluoromethane Pyramidon Sodium dimethyl-S-sulfo isophthalate T etrahy drofur an Pyranisamine maleate Sodium dodecyl benzene sulfonate Tetrahydrofurfuryl alcohol Pyrene Sodium erythorbate Tetrahydrofurfuryl oleate Pyridine (refined) Sodium formate T e tr ahy drolinalool 3,4-Pyridinecarboxylic acid Sodium gentisate T etrahy dronap thalene Pyridium Sodium gluconate Tetrahydrophthalic anhydride Pyrilamine maleate (benzal) Sodium glycolate T etrahydropyran-2-methanol Pyrilamine maleate N.N.R. Sodium isobutyl xanthate Tetrahydrothiophene 1,1-dioxide (sulfolane) Pyrocatechol Sodium isopropyl xanthate T etrahydroxyethylethylenediamine Pyrogallol acid Sodium lactate T e trahy drozoline Pyroligneous acid Sodium N-lauroyl sarcosinate Tetrahydrozoline hydrochloride Pyromellitic acid and dianhydrides Sodium lignosulfonate Tetraisopropyl titanate Pyruvic acid Sodium methylate N,N,N,N,-Tetramethyl-1,3-butane diamine Pyruvic aldehyde Sodium methyl siliconate T etramethyldiaminobenzhy drol Quinacrine hydrochloride Sodium oxalate T e trame thy ldi aminobenzophenone Quinaldine Sodium phenolsulfonate T etramethyldiaminodiphenylme thane Quinhydrone Sodium potassium tartrate N,N,N,N,-Tetramethylene diamine Quinic acid Sodium proprionate Tetramethyl lead Quinizarin Sodium saccharin 1,1,4,4,-Tetraphenylbutadiene Quinoline Sodium saccharinate Tetraphenyltin Quinone Sodium salicylate Tetrapropylene N ,-(2-Quinoxalinyl) sulfanilamide Sodium tetroxalate Tetrazene Racephedrine Sodium undecylenate 2-(4'-Thiazolyl) benzimidazole Raffinose Sodium zirconium lactate beta-2-Thienylalanine Rennet Sorbic acid 2-Thiobarbituric acid Rennin Sorbitol Thiodiglycol Resorcinol Sorbose Thiodipropionic acid Resorcinol acetate Spermidine trihydrochloride Thioglycerol Resorcinol dimethyl ether Spermidine tetrahydrochloride Thioglycolic acid Resorcinol monobenzoate Sphingomyelin Thiophene alpha-Resorcylic acid Squalane alpha-Thiophenealdehyde beta-Resorcyclic acid Squalene Thiophenol Rhamnose Stannous 2-ethylhexoate Thiosalicylic acid Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regiilation8___g5953

Vinyl acetate Thiothixene Trifluoroacetic acid Vinyl benzene (styrene) 2-Thiouracil Trifluoromonochloroethylene Vinyl bromide Thiourea Tri-n-hexylaluminum Vinyl-n-butyl ether Threonine Trii8obutylaluminum Vinyl chloride Thrombin topical Triisohexylaluminum Vinyl-2-chloroethyl ether Thromboplastin Triisopropanolamine Vinyl ether Thymidine . Trilinolein Thymidine-3,5-diphosphate Trimellitic acid and anhydrides Vinyl ethyl ether Thymidine-5-diphosphate Trimethyl aluminum Vinylidene chloride Thymidine-5-monophosphate 3.4.5- Trimethylcyclohexanol-l Vinyl isobutyl ether I Thymidine-5-triphosphate Trimethylene bromide Vinyl methyl ether Vinyl methyl ketone i Thymine (5-methyluracil) Trimethylene, chlorohydrin ! Thymol Trimethylene glycol Vinyl pyridine S Thymol blue 2.6.8- Trimethyl-4-nonanone l-Vinyl-2-pyrrolidone ! Thymol iodide 2.6.8- Trimethylnonyl-4-alcohol Vinyltoluene Titanium potassium oxalate Trimethylolethane Wintodon granulation Titanyl acetylacetonate Trimethylolpropane Xanthine ortho-Tolidine 2.2.4- Trimethyl-l,3-pentanediol Xanthophyll feed supplement ortho-Tolidine dihydrochloride 2.2.4- Trimethyl-l,3-pentanediol di-isobutyrate Xanthosine I Toluene 2.2.4- Trimethyl-l,3, pentanediol mono­ Xanthosine-5-phosphate Toluene-2,4-diamine isobutyrate Xanthydrol [ Toluene diisocyanates, except the 2-4 isomer 2.4.4- Trimethylpentene Xylene with 85 percent purity and above. Tri-2-methylpentylaluminum ortho-Xylene I Toluene sulfonamide 2.4.6- Trinitrobenzene sulfonic acid para-Xylene I ortho-Toluenesulfonamide Trinonylphenyl phosphite Xylenol I para-Toluenesulfonamide Tri-n-octylaluminum Xylidine ortho-Toluenesulfonic acid Tripalmitin (Palmitin, glyceryl tripalmitate) Xylenyl phosphate para-Toluenesulfonic acid Tripelennamine anti-histamines Xylose p-Toluenesulfonylchloride Triphenyl phosphate Yttrium salts para-Toluene sulfonyl-L-arginine methyl Triphenyl phosphite Zinc acetate ester, HCl Triphenyl phosphorus Zinc 1,4-phenosulfonate o-Toluidine Triphosphopyridine nucleotide Zinc stearate Tolyl acetate Tripropylene Zinc undecylenate Tripropylene glycol methyl ether ortho-Tolyl biguanide Plastic Materials and Artificial Resins, as para-Tolyl-l-napthyl-amine-8-sulfonic acid Tris-B-chloroethyl phosphate Follows: ! Triacetin Tris (2,3-dibromopropyl) phosphate N-Triacontane (Melissic acid) Tris dichloropropyl phosphate Acetal resins Triallyl cyanurate Tris (hydroxymethyl) aminomethane Acrylic acid esters Tribromoacetic acid Trixylenyl phosphate Acrylic polymers Acrylonitrile-butadiene-styrene copolymer Tribromoethanol Trypsin powder Tributoxyethyl phosphate Trypsin pure (ABS resin) Tri-n-butyl aconitate Tryptar trypsin Alkyd resins Tributyl citrate Tryptophan Amino resins [ Tributyl phosphate Tyramine Ammonium alginate I Tributyl phosphite Tyrosine Carboxy vinyl polymers, water soluble 1 Trichloroacetic acid Undecalactone Cellulose, chemical derivatives 1.2.3- Trichlorobenzene Undecanaldehyde Cellulose, regenerated 1.2.4- Trichlorobenzene 1- Undecanol Chlorendic alkyd resins 1,1,1-Trichloroethane 2- Undecanol Chlorinated polyether resins Trichloroethylene Undecylic acid Composites or laminates n.e.s., containing Trichlorofluoromethane Undecylenic acid polyimides, polybenzimidazoles, Trichloroisocyanuric acid Uracil polyimidazopyrrolones, aromatic Trichloromethane (chloroform) Uranine polyamides, polyparxylylenes, polyimide- Trichloromethyl chloroformate (diphosgene) Urea polyamide, silica, quartz, carbon or ; Trichloropropane Urease graphite fibers, polytetrafluoroethylene, Tricresyl phosphate Uric acid polyvinylfluoride, or solid forms of Tridecyl alcohol Uridine polychlorotrifluoroethylene Tri-n-decylaluminum Uridine-5-diphosphate Copolymer of tetrafluoroethylene and Tridecylic acid Uridine-5-diphosphogalactose perfluoroalkyl-vinyl ether 2,4,6-Tri(dimethylaminomethyl) phenol Uridine-5-diphosphomannose Coumarone-indene resins I Triethanolamine Uridine-5-monophosphate * Epoxy resins, n.e.s. I Triethanolamine titanate Uridine-5-triphosphate Ethylene oxide polymers, water soluble 1 I 1,1,3-Triethoxyhexane Uridylic acid Ethylene maleic anhydride resins Triethyl aluminum Uridylyl-3',5'-cytidine Ethylene-propylene Triethylamine Uridylyl-3',5'-uridine Ethylene-vinyl acetate Triethyl citrate n-V aleraldehy de Flocculating agents 1 Tri-2-ethylhexyl phosphate Valeric acid Floor tile and flooring, plastic or plastic : Triethyl phosphate Valine composition Triethylenediamine d Valine Furan resins Triethylene glycol dl Valine High styrene resins masterbatches [ Triethylene glycol dibenzoate 1 Valine Hydroxyvinyl resins ! Triethylene glycol di(2-ethylbutyrate) Vanadium ethylate Ion exchange liquids, membranes, and resins Triethylene glycol di(2-ethylhexoate) Vannilin Triethylene glycol monobutyl ether Varidase streptokinase-streptodomase 1A validated license is required for export of phosphate Veratr aldehyde these commodities to the USSR, Estonia, Latvia, and Triethylenetetramine Vetivert acetate Lithuania. 85954 Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations

Ionomer resins Proteins, hardened Chlorinated hydrocarbon wax preparations Laminates (including metal-clad) composed Resorcinol-formaldehyde resins Clarifier for beer or ale of two or more products included in Silicone diffusion pump fluids having the Clarifying powder for wines Commodity Interpretation 24 capacity for producing ultimate pressures Collecting reagents (preparations) for Melamine-formaldehyde resins of 10“ 8 torr and greater concentration of ores, metals, or minerals Methacrylic acid esters Silicone rubber and compounds, n.e.s. Compounds and mixtures of rare earth Methyl methacrylate, n.e.s. Sodium alginate metals, yttrium, or scandium n.e.s. Modified natural resins, including ester gum Styrene-acrylonitrile copolymers Composite solvents, paint removers, thinners, Natural rubber, chemical derivatives Styrene-butadiene copolymers and other similar products, n.e.c. Nylon 6, 66, 610, and 612 Sulfonamide-formaldehyde resins Concrete hardeners Pentaerythritol resins Urea-formaldehyde resins Concrete plasticize!* compounds Phenol-formaldehyde adhesive and resins Vinylidene chloride acrylonitrile copolymers Concrete waterproofing compounds Phenolic resins, n.e.s. Vulcanized fiber Phenoxy resins Conversion coating compounds Pipe and tubing made of, or lined and Chemical preparations and compounds, Copper naphthenate covered with, fluororcarbon polymers or miscellaneous related materials and products, Corrosion-inhibiting compounds copolymers, n.e.s.1 n.e.s., as follows: Cyanoacrylate adhesives and glues Dental impression compounds and modelling Polyallomer resins Acetone oil pastes in plates, sticks, and similar forms Polyamide resins, n.e.s. Acid cupric chromate solution Dental plasters and preparations Polybutadiene resins Activated carbon for petroleum or chemical Dextrins Polybutene resins processing Diethyl chromium (Chromocene) in toluene Polycaprolactone resins Activated natural mineral products Polycarbonate film, n.e.s. Additives for fuel oils Digestive enzymes (Glycerol Red Bone Marrow) Polycarbonate resins, molding and extrusion Adhesives or cements containing polyimides, Diphenyl and diphenyl oxide heat transfer forms polybenzimidazoles, Polychlorotrifluoroethylenem, solid forms polyimidazopyrrolones, aromatic mixtures Polydivinylbenzene polyamides, polyparaxylylenes, or N,N-Diphenyl-meta-phenylene-diamine Polyester resins, n.e.s. polyimide-polyamide, n.e.s. N,N-Diphenyl-para-phenylene-diamine Polyester tapered filaments Albumins, albuminates, and other albumin Dyeing, tanning, and coloring materials, Polyethylene film, sheeting, laminates or wax derivatives natural and synthetic, n.e.s. containing any boron Alkane sulfonic acid; mixed pH Electrode electrolyte solution mixtures Polyethyleneimine Alkyl aryl phosphate Epoxy-based adhesives or cements Polyethylene, n.e.s. Alkyl aryl phthalate blend with alkyl Essential oils and perfume materials Polyethylene oxide-based resins benzene Esters of saturated aliphatic monohydric Polyethylene terephthalate film Alkyl benzenes (detergent alkylates) with alcohols containing more than six carbon Polyimide-polyamide resins atoms with adipic or azelaic or sebacic Fully cured polyimide or polyimide-based straight-chain alkyl groups containing 8 or more carbon atoms acids film, sheet, tape, or ribbon having a Esters of dibasic saturated aliphatic acids maximum thickness of 10 mils (0.010 inch Animal black, except activated Articles, finished, of artificial plastic combined with polyglycols, where one or or 0.254 mm) whether or not coated or both of the two constituents contain six or laminated with heat- or pressure-sensitive materials, n.e.s. more carbon atoms, or saturated resinous substances of an adhesive nature, Artificial graphite, n.e.s. monohydric alcohols with dibasic which contain no fibrous reinforcing Aryl-modified butyl benzyl phthalate ester saturated aliphatic acids where both of the materials, and which have not been coated Auxiliary preparations for soldering, brazing, two constituents contain six or more or laminated with carbon, graphite, metals, or welding (fluxes, powders, pastes) carbon atoms or magnetic substances containing metal and other constituents Esters of trimethylol propane or trimethylol Polymethylpentene resins Azeotropic mixture of trifluoromethane and Polypropylene monochlorotrifluoromethane (R-503) ethane or pentaerythritol with saturated Polystyrene Boiler feed water compounds monobasic acids containing more than six Polysulfone resins, n.e.s. Boric acid esters carbon atoms Polyterpene resins Brewers’ tank coating compounds pH Buffer Explosives and pyrotechnic products, n.e.s. Polytetrafluoroethylene, coagulated salt and solution mixtures Ferrocerium and other pyrophoric alloys dispersion grades only; Calcium lignosulfate Film developers' polyvinylidenefluoride; the copolymers of Calcium naphthenate Flocculating agents, n.e.s.1 tetrafluoroethylene and Camauba wax, micronized Glues and adhesives of fish, animal, or hexafluoropropylene; and Calcium sulfate impregnated silica gel vegetable origin dibromotetrafluorethane having a purity of adsorbent carbon or graphite fibers, n.e.s. Gluten and gluten flour 99.8 percent or less and containing at least Casein Glyceride kit MDT 25 particles of 200 microns or larger in size Catalysts, n.e.s. Glycerol stearate per 100 ml; and damping, dielectric, or Cementing preparations not of fish, animal or Glyceryl tri-(12-hydroxystearate) flotation fluids wholly made thereof vegetable origin, the following only: Graphite, artificial and colloidal, n.e.s. Polytetrafluoroethylene, nondispersion cementing preparations for pyroxylin Gum rosin grades watch glasses; film cement with paraffin; Gum turpentine Polyurethane resins floor cement; floor patch, concrete; iron Hat finishing powders Polyvinyl acetal resins cement; linoleum cement except rubber; Herbicidal or antiplant preparations, n.e.s. Polyvinyl acetate resins linoleum paste except rubber; polishing Hydraulic fluids, oils, and lubricants, n.e.s. Polyvinyl alcohol wheel cement; roofing cement; running Hydrocarbon N-paraffin mixes Polyvinyl butyral board cement; soil pipe cementing Hydrogenated tallow primary amine Polyvinyl chloride preparation; solder glue; automobile top Indicating pastes Polyvinylidine chloride resins sealer; wall board cementing preparation; Ink conditioners or eradicators Polyvinyl ether resins thread lubricant and seal compound; Ink thinners for cellophane printing Polyvinylfluoride acrylic based glues, adhesives, or cement; Inorganic and organic insecticides, pesticides, Polyvinyl formal and tire cut filler defoliants, herbicides, fumigants, Polyvinyl pyrrolidone Charges for fire extinguishers Potassium alginate Chemical compounds for manufacturing ice 1A validated license is required for export of Products, n.e.s., made of flurorcarbon cream these commodities to the USSR, Estonia, Latvia, and polymers or copolymers 1 Chill proofing compounds Lithuania. Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations 85955

agricultural chemicals 2 and similar Polyester of adipic acid and phthalic acids of polytetrafluoroethylene, coagulated products n.e.s. except organic phosphate and propylene glycol dispersion grades only; insecticides and pesticidal compounds Polymeric isocyanate polyvinylidenefluoride; the copolymers of containing more than 75 per cent by weight Polymeric (modified)-adipic acid tetrafluoreothylene and of organic phosphates. Polysaccharides hexafluoropropylene; or Inulin Polyvinyl acetate emulsion glues and dibromotetrafluoroethane having a purity Iron oxide suspension adhesives of 99.8 percent or less and containing at Laundry sour Potassium or sodium soaps of rosins in liquid, least 25 particles of 200 microns or larger in Lead naphthenate paste, or powder form size per 100 ml. Leather binding compounds Prepared additives for petroleum lubricants, Weed killers, consisting primarily of boron Lipstick bases and whxes n.e.s. compounds Magnesium silicate impregnated silica gel Prepared additives for synthetic lubricants Wood creosote Prepared brighteners and addition agents adsorbent Wood naphtha used in the following electroplating Manganese naphthenate Wood rosins systems: antimony, arsenic, copper and Manufactured fertilizers Wood rosin liquid tire chain solution copper alloy, cadmium, chromium, gold, Meat curing compounds Wood tar indium, iridium, iron, lead, and lead alloy, Medicinal and pharmaceutical products in Wood tar oils nickel, palladium, platinum, rhodium, bulk, in dosage form, or as preparations, Wood turpentine ruthenium, silver, tin and tin alloy, and mixtures, or compounds, for human or zinc. Inorganic chemicals elements, acids, oxides, veterinarian use, n.e.s. Prepared culture media hydroxides, peroxides, and halogen salts, as Melamine-formaldehyde or Resorcinol- Prepared anti-knock compounds, n.e.s. follows: formaldehyde adhesives and glues Prepared glazings, dressings, mordants, and Alumina, n.e.s. Metal patch solvents sizes Antimony pentoxide Metallic hardeners for cement floors Prepared rubber accelerators and Antimony trioxide Metanephrine compounding agents Argon, except liquified Methyl ethyl ketone peroxide 60 percent Protein substances, including edible and Arsenic disulfide solution in dimethyl phthalate inedible gelatins Arsenic, metallic Mineral or vegetable waxes, modified Putty powder Arsenic powder Mixture of isobutyl ethers of propylene glycol Radioisotopes, cyclotron-produced or Arsenic trichloride and its homologs naturally occurring, having an atomic Arsenic triiodide Mixture of n-ethyl ortho and paratoluene number 3 through 83, and compounds and Arsenic trioxide ethyl sulfonamide preparations thereof: and stable isotopes Artificial corundum (fused aluminum oxide), Mixture of ortho and para toluene and their compounds, n.e.s. n.e.s. sulfonamides Radium and radium salts, alloys, and Barium hydroxide monohydrate Mixtures or solutions containing two or more compounds Barium hydroxide octahydrate of any product included in Commodity Road binding compounds Barium hydroxide pentahydrate Interpretation 24 Rodenticides, inorganic Barium oxide Molecular sieves, loaded Rosin and resin acid derivatives, except ester Barium peroxide Molecular sieves, not loaded gums Bismuth trioxide Monoglycerides Rubber compounding chemicals, preparations Boric acids, n.e.s. Natural and man-made staple, tow, fibers, and compounds, n.e.s. Boron, n.e.s. filaments, yam, fabrics, and made-up Rubber thread lubricating compounds Cadmium oxide articles, clothing, and related products, Rust-preventive compounds Carbon black, all forms new, used or waste, n.e.s. Screening pastes Carbon disulfide Nickel compound catalysts and other Shark deterrents Cerium oxide catalysts, n.e.s. Shaving cream bases Noncyclic-phosphates (plasticizers) n.e.s. Silanized diatomaceous earth Chlorine Nonmetallic mineral manufactures, n.e.s. Silica-based refractory core coatings Chlorine dioxide Chlorosulfonic acid Oil-field demulsifying agents1 Silk-stocking savers, tablet form Peptones Silver nitrate impregnated silica gel Chromic acid Petroleum and petroleum products natural or adsorbent Chromic anhydride Chromium oxides, anhydrides, and synthetic, n.e.s. Soda lime Photographic chemicals and paper, n.e.s. Sodium biphenyl in dimethoxyethane hydroxides, n.e.s. Photoresist thinners and rinses, synthetic Solvents, compounds, cutting fluids, or Copper hydroxide Copper oxide, black polymer mixtures, containing less than 95 per cent Phthalate plasticizer incorporating of Trichlorotrifluoroethane (R-113) or Copper oxide, red coesterified mixed alkyl alcohols in the Dichlorotetrafloroethane (R-114) Dihydrazine sulfate Ferric hydroxide range of C7C»Cu Starches Pickling preparations for metal surfaces Sulfite lye, concentrated Fluosilicic acid Germanium oxides, hydroxides, and Pigments, inorganic n.e.s. Talc paste peroxides Pine oil, except pine-needle oil Tall oil Hafnium oxides, n.e.s. Platinum plating solutions Tall oil resins Hexafluorophosphoric acid Polyether triols of alkylene oxides Terphenyl resin plasticizer, partially Hydrazine hydrate Polyethylene glycol plus nitro (STAP) hydrogenated Hydrazine mixtures containing less than 70 Polyethylene glycol reacted with 2-nitro Terpenic solvents, n.e.s. percent of hydrazine equivalent terephthalic acid (FFAP) Tetrapropylene Polyethylene glycol, solidified Toilet, polishing and cleansing preparations Hydriodic acid Polonium metal, salts and compounds Ultraviolet light absorbers Hydrobromic acid Polyester of adipic acid and butylene glycol Urea formaldehyde adhesives and glues Hydrochloric acid Urine concentrate Hydrocyanic acid Vegetable pitch and products based thereon Hydrofluoric acid 1A validated license is required for export of Hydrogen bromide, anhydrous phosphate rock and processed phosphatic fertilizers or on rosin °f all concentrations to the U.S.S.R. Water purifiers Hydrogen chloride 'A validated license is required for export of Water softeners Hydrogen sulfide these commodities to the U.S.S.R., Estonia, Latvia, Waxes, greases, lubricants, and damping Hydroxylamine and Lithuania. dielectric, or flotation fluids wholly made Hydroxylamine hydrochloride 85956 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

Hypophosphorous acid Thionyl chloride Cadmium carbonate Iodic acid and its salts Tin oxides Cadmium chloride Iodine U.S.P. (resublimed) Titanium, n.e.s. Cadmium iodide Iron oxides and hydroxides, n.e.s. Tungsten trioxide Cadmium nitrate Lead oxides, n.e.s. Tungstic acid Cadmium sulfate Lithium, n.e.s. Tungstic oxide Calcium bromide Magnesium hydroxide Vanadium pentoxide Calcium carbide Magnesium oxide Vanadium tetraoxide Calcium carbonate Magnesium peroxide Vanadium trioxide Calcium carbonate, precipitated Manganese oxides, n.e.s. Yttrium metal and powders Calcium chloride Manganic hydroxide Zinc oxides and peroxides, n.e.s. Calcium fluoride Mercuric oxide, red Zirconium oxides, hydroxides, and peroxides, Calcium hydride Mercuric oxide, yellow n.e.s. Calcium hydroxide Mercury (quicksilver) Calcium hypochlorite Other inorganic chemicals n.e.s., as follows: Molybdenum oxides Calcium hypophosphite Monocrystalline gallium compounds, n.e.s. Alum, crystallized Calcium iodide Monocrystalline and polycrystalline forms of Aluminum ammonium sulfate Calcium peroxide molybdenum or tungsten, n.e.s. Aluminum chloride, anhydrous Calcium phosphate Muriatic acid Aluminum chloride hydrate Calcium polysulfide Neon, except liquified Aluminum fluoride Calcium pyrophosphate Nickel oxides, hydroxides, and peroxides Aluminum fluosilicate Calcium silicate Niobium, n.e.s. Aluminum hydride Calcium sulfate Nitric acid, except fuming nitric acid Aluminum nitrate Calcium thiosulfate Nitric oxide Aluminum phosphate Calcium tungstate Nitrogen, except liquified Aluminum silicate Carbic cake Nitrogen pentoxide Aluminum sulfate Carbic carbide Nitrous oxide Ammonia alum Carbide powder, except abrasive powders Oleum Ammonium bicarbonate Cesium bromide Oxygen, except liquified Ammonium bifluoride Cesium chloride Perchloric acid Ammonium borate Cesium iodide Phosphomolybdic acid Ammonium bromide Cesium sulfate Phosphoric acid 1 Ammonium carbonate Chalk, precipitated Phosphoric anhydride Ammonium chloride Chloroplatinic acid Phosphorus, elemental Ammonium chromate Chromic chloride Phosphorus oxychloride Ammonium dichromate Chromic sulfate Phosphorus pentasulfide Ammonium fluosilicate Chromium ammonium sulfate Phosphorus sesquisulfide Ammonium hexafluoroaluminate Chromium potassium sulfate Phosphorus trichloride Ammonium iodide Cobalt compounds, n.e.s. Phosphorus trisulfide Ammonium metavanadate Copper alloy containing more than 8 percent Polyphosphoric acid Ammonium persulfate phosphor Potassium hydroxides Ammonium phosphate, dibasic Copper chloride Potassium peroxide Ammonium phosphate, monobasic Copper cyanide Rhenium oxides, hydroxides, and peroxides Ammonium polyphosphate Copper nitrate Rubidium hydroxide Ammonium reineckate Copper oxychloride Selenium Ammonium sulfate Copper sulfate Selenium dioxide Ammonium sulfide ■i Copper sulfate, ammoniated i Selenium oxychloride Ammonium tungstate Cupric bromide Selenium sulfide Antimony pentachloride Cupric carbonate, basic Selenous acid Antimony pentafluoride Cupric chloride Silanes Antimony trichloride Cuprous chloride i Silica aerogel Antimony trifluoride Cuprous cyanide Silica, colloidal Antimony trisulfide : l Cuprous iodide h Silica, gel Arsenic pentoxide Cuprous sulfide Silica, pyrogenic y Arsenic trioxide Cyanogen bromide i Silicic acid Barium chlorate Cyanogen chloride Silicon, n.e.s. Barium carbonate Dicalcium phosphate 11 Silicon dioxide, hydrated l Barium chloride Dihydroxyaluminum sodium carbonate i Silicon monoxide Barium cyanide Disodium phosphate Silicon tetrachloride l Barium fluoride Epsom salts } Silicotungstic acid Barium nitrate Ferric ammounium sulfate î Sodium hydroxide, solid and liquid Barium phosphate, dibasic or secondary Ferric bromide Sodium peroxide [ i Barium silicate Ferric hypophosphite t Strontium hydroxide Barium thiocyanate Ferric pyrophosphate Strontium oxide U Barium titanate Ferrophosphorous containing 15 percent or Strontium peroxide i Bismuth chloride more by weight of phosphorous Sulfamic acid i Bismuth iodide Ferrous ammonium sulfate i Sulfur, except crude sulfur Bismuth nitrate Ferrous carbonate U Sulfur dioxide Bismuth oxychloride Ferrous chloride Sulfuric acid i Bismuth subcarbonate Ferrous sulfate K Sulfur trioxide Bismuth subnitrate Fluoroborates, n.e.s. Tantalum, n.e.s. F Bismuth sulfate Gallium compounds, n.e.s. If Tantalum-niobium, n.e.s. Bismuth tetraoxide Germanium compounds Thallium monoxide P Bismuth trioxide Gold cyanide IP Borates, refined Gold sodium thiosulfate W 1A validated license is required for export of this Boron compounds and mixtures, n.e.s. Gold trichloride , Ep commodity to the U.S.S.R. Cadmium bromide Hafnium compounds, n.e.s. Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and Regulations 85957

Hydrogen peroxide, concentrations of less Potassium bicarbonate Sodium hypochlorite [ than 85 percent Potassium bisulfate Sodium hypophosphite Hydroxylapatite Potassium bromate Sodium iodide Sodium metabisulfite Iron chloride Potassium bromide Sodium metaphosphate Iron phosphate Potassium carbonate Sodium metasilicate Iron sulfate Potassium chlorate Sodium metavanadate Iron sulfide, artificial Potassium chlorochromate Lead antimonate Potassium chromate Sodium nitrate Lead arsenite Potassium cyanide Sodium nitrite Lead iodide Potassium dichromate Sodium nitroferricyanide Lead nitrate Potassium ferricyanide Sodium orthosilicate Lead silicate Potassium ferrocyanide Sodium orthovanadate Lead silicate, basic Potassium fluoride Sodium paraperiodate Lead sulfate Potassium fluosilicate Sodium perborate Lead sulfate, basic Potassium gold cyanide Sodium perchlorate Lead sulfate, blue basic Potassium hypophosphite Sodium periodate Lead sulfate, tribasic Potassium iodate Sodium persulfate Uad thiocyanate Potassium iodide Sodium phosphate Lime bisulfate Potassium metabisulfite Sodium phosphate, dibasic lime, chlorinated Potassium nitrate, particle size greater than Sodium phosphate, monobasic Lime phosphate 100 microns Sodium phosphate, tribasic lithium compounds, n.e.s. Potassium perchlorate Sodium phosphite Magnesium arsenide Potassium periodate Sodium polyphosphate Magnesium carbonate Potassium permanganate Sodium polysulfide Magnesium chloride Potassium persulfate Sodium pyrophosphate Magnesium fluosilicate Potassium phosphate, dibasic Sodium pyrophosphate, acid Magnesium hypophosphite Potassium phosphate, monobasic Sodium pyrovanadate Magnesium perchlorate Potassium phosphate, tribasic Sodium selenite Magnesium phosphate Potassium pyrophosphate Sodium sesquicarbonate lagnesium silicate Potassium silicate Sodium silicate lagnesium silicofluoride Potassium stannate Sodium silico aluminate lagnesium sulfate Potassium sulfate Sodium stannate lagnesium thiosulfate Potassium sulfide Sodium sulfate lagnesium trisilicate Potassium thiocyanate Sodium sulfide lagnesium tungstate Potassium tripolyphosphate Sodium sulfite langanese acetate Rhenium compounds I» Sodium thiocyanate langanese carbonate Rubidium iodide Sodium thiosulfate langanese hypophosphite Sal soda Sodium trimetaphosphate langanous chloride Silanes I .. 4 ; Ô Sodium tripolyphosphate [anganoys nitrate Silicon carbide, n.e.s. Sodium tungstate /langanous sulfate Silver chloride Stannic chloride danganous sulfide Silver cyanide, industrial Stannous chloride /lercuric bromide Silver iodide Stannous sulfate iercuric chloride Silver nitrate Strontium bromide Mercuric cyanide Silver oxide Strontium carbonate /lercuric iodide Silver sulfate Strontium chloride /lercuric nitrate Silver sulfide Strontium iodide Mercuric oxycyanide Soda alum Strontium nitrate /lercuric potassium iodide Sodium aluminate Strontium sulfate /lercuric sulfate Sodium ammonium phosphate Tantalum compounds, n.e.s. /lercuric sulfide, black Sodium aluminum sulfate Tantalum-niobium compounds, n.e.s. lercuric sulfide, red Sodium aluminum phosphate Theophylline lercuric thiocyanate Sodium antimonate Titanium carbide /lercurous chloride Sodium arsenate Titanium sulfate lercurous nitrate, hydrated Sodium azide Titanium tetrachloride lercurous sulfate Sodium bicarbonate Titanium trichloride lercury, ammoniated Sodium bifluoride Tricalcium phosphate lercury fulminate Sodium bisulfate Vanadium carbide lolybdenum salts and compounds Sodium bisulfite Vanadyl sulfate lonocalcium phosphate Sodium bromide Zinc ammonium chloride lonocalcium sulphate Sodium carbonate Zinc carbonate Nickel ammonium sulfate Sodium carbonate peroxide Zinc chloride Nickel carbonate Sodium chlorate Zinc chromate Nickel chloride Sodium chlorite Zinc cyanide Nickel nitrate Sodium chromate Zinc hydrosulfite Nickel phosphate Sodium cyanide Zinc nitrate Nickel su lfa te Sodium dichromate Zinc oxide, U.S.P. Niobium (columbium) compounds, n.e.s. Sodium ferricyanide Zinc phosphate palladium chloride Sodium ferrocyanate Zinc phosphide Palladium salts and compounds Sodium fluorosilicate Zinc silicate Pea carbide Sodium gold cyanide Zinc sulfate Potash alum Sodium hexafluorosilicate Zinc thiocyanate Potash magnesia carbonate Sodium hexametaphosphate Zirconium compounds containing one part or Potassium alum Sodium hydride and dispersions more of hafnium to 500 parts of zirconium Potassium aluminum sulfate Sodium hydrosulfide by weight Potassium arsenite Sodium hydrosulfite Zirconium carbonate, basic 85958 Federal Register / Vol. 45, No. 251 / Tuesday, December 30, 1980 / Rules and Regulations

Zirconium phosphate Methanococcus Interpretation 29: General Industrial Zirconium silicate Micrococcus Equipm ent Zirconium sulfate Peptococcus The commodities listed below require a Interpretations 25-26 Sarcina validated license for export to Country [Reserved] Veillonella Groups S and Z. Eubacterium General industrial.equipment and parts Interpretation 27: Phosphate Materials Lactobacillus therefor, n.e.s. the follow ing only: Subject to Validated Licensing to the U.S.S.R. Leuconostoc Abrasive circulators and Afghanistan Pediococcus Abrasive-coating The commodities described below are Mycococcus Accumulators, hydraulic included in ECCN 6794F and are subject to Saprospira Aerators the policy set forth in §§ 385.2(e) and 385.4(f). Spirochaeta Agricultural machines and applicances, n.e.s. Grahamella Air-conditioning machines, n.e.s. Schedule B1 „ Air or gas compressors, n.e.s. N0 Commodity description Anaplasma Ehrlichia Air heaters, portable, fuel, fired, n.e.s. Armature winding Neorickettsiella 4 16 .300 0...... Phosphoric acid, other than fertilizer grade Assembling fixtures, production, ex cep t fo r 4 80 .450 0...... Phosphates, crude and apatite Symbiotes production of military equipment 4 80 .701 5...... Phosphoric acid, less than 65 percent avail­ Wolbachia able PiOs equivalents Basket-making 4 80 .702 5...... Phosphoric Acid, 65 percent or more availa­ 2. Protozoa, as follows: Battery-making ble PiOs equivalents (a) Classes, the follow ing only: Binoculars and telescopes, including 4 80 .703 0...... Normal and enriched superphosphates Ciliata 4 8 0 .705 0...... Concentrated superphosphates astronomical telescopes, n.e.s. 4 8 0 .707 5...... Other superphosphates Suctoria Bituminous pavers, finishers, and spreaders 480.8005 ....f...... Diammonium phosphates (b) Orders, the follow ing only: Blenders 4 80 .801 0...... Monoammonium phosphates Chrysomonadida Boiler room specialty tools 4 80 .801 8...... Other ammonium phosphates 480.8027, Other mixed chemical fertilizers containing 1 Cryptomonadida Bottling, canning, cleaning, dishwashing, 480.8065. percent or more P»05 Phytomonadida filling, packaging, and sealing machines, Euglenoidida n.e.s. ■Commodity description, not Schedule B Number, deter­ Broom-making mines the commodity subject to validated licensing. Chloromonadida Hypermastigida Brush-making Button covering Proteomyxida Interpretation 28: Commodities and Button-making Mycetomyxida Transactions Not Classified According to Cable-making, n.e.s. Testacida K ind Cable spinning Foraminiferida The commodities below require a validated Calendering machines and similar rolling Heliozoida license for export to Country Groups S and Z. machines, n.e.s. Radiolarida Candle making Bacteria and protozoa, as follows: Gregarinida Carpet sweepers, hand 1. Bacteria, as follows: (c) Families, the following only: Cattle stunners (a) Attenuated or inactivated systems. Prorocentridae Centrifuges, filtering, and purifying machines (b) Orders and Suborders, the follow ing Cystodiniidae for liquids, air, and gases, n.e.s. only: Pronoctilucidae Cigarette and cigar making and other tobacco Chlamydobacteiales Pauchetiidae processing Hyphomicrobiales Clay guns Caryophanales Noctilucidae Cleaners, ultrasonic, n.e.s. Beggiatoales Polykrikidae Cleaning equipment, n.e.s., for magnetic tape Myxobacterales Peridiniidae and other recording media Rhodobacteriineae Dinophysidae Multiciliidae Cleaning units, sack (c) Families and Subfamilies, the follow ing Coil winding for electrical components only: Phalansteriidae Coiling, flexible casing or flexible tube Nitrobacteraceae Cadosigidae Color mixing and dispensing Methanomonadaeae Bicosoecidae Concrete pavers, finishers, and spreaders Thiobacteriaceae Amphimonadidae Coolers, evaporative type Caulobacteraceae Trimastigidae Cordage making Siderocapsaceae Streblomastigidae Cranes, n.e.s., nonmilitary Azatobacteraceae Pyrsonymphidae Creosoting, wood products Rhizobiaceae Devesconvinidae Dehumidifiers, non-freezing Brevibacteriaceae Calonymphidae Diving bells or suits, mechanically equipped Propionibacteriaceae Naegleriidae Drawing, marking out, calculating, drafting, Streptomycetaceae Amoebidae measuring, and checking appliances and Serra tia Paramoebidae machines, mechanical, nonelectric, or non­ (d) Genera, the follow ing only: Selenococcidiidae electronic, n.e.s. Acetobacter Environmental chambers, n.e.s. Alginomonas Aggregatidae Excavating, leveling, mining, oilwell drilling, Azotomonas Dabelliidae well drilling, construction, and Mycoplana Adeleidae maintenance equipment, n.e.s.1 Photobacterium Ceratomyxidae Fans and blowers, n.e.s. Protaminobacter Trilosporidae Fermentors Zymomonas Myxidiidae Filament winding, n.e.s. Achromobacter T etractionomyxidae Filters, ferro-magnetic Agarbacterium Sphaeractionomyxidae Flame arrestors Alcaligenes Trisctionomyxidae Aerobacter Heractionomyxidae Alginobacter Coccosporidae 1A validated license is required for export of oil well drilling equipment and oil field wire line and Paracolobactrum Mrazekiidae down hole equipment to the USSR, Estonia, Latvia, Telomyxidae and Lithuania. Federal Register / Vol. 45, No. 251 / Tuesday, December 30,1980 / Rules and ReguIatjong__8CT59

Weed cutting, underwater Floor finishers, sanders, scrubbers, and Plastic working, n.e.s. Weighing machines surfacers, industrial type Power sweepers Welders, plastic, ultrasonic Flourescent disposal units Power transmission equipment, n.e.s. Welding machines, n.e.s. Food processing machines Presses, n.e.s. Welding rod brushing and feeders Freeze dryers Printed circuit board laminating presses and Wheel tractors, including garden, log Fumigation chambers lead masters skidders, and contractors earthmoving Fur-blowing Printing machines, n.e.s. types, n.e.s. Fur-treating Proportioning, mixing, and dispensing resins Garbage grinders, commercial and industrial Pulsating dampeners Wind tunnels, subsonic Gas operated welding, cutting, brazing, and Pumps for liquids, n.e.s. Winding, n.e.s. Windshield wipers, nonelectric surface tempering machines and Reels, hose and cable, power operated Wire braiding, wire rope-making, wire appliances, n.e.s. Refractory injection guns stitching, and measuring, stripping, cutting, Gas or liquid supply meters, n.e.s. Refrigerant charging apparatus, automatic and terminal attaching Gas turbine engines, n.e.s. Refrigeration equipment, n.e.s. Zipper manufacturing Glass working machines, n.e.s. Ribbon coiling Grinders and crushers, laboratory Roller coaters, n.e.s. Interpretation 30: Petroleum and Natural Gas Rope-making Hand tools, n.e.s. Exploration and Production Equipment Rubber extruding and processing Hat-blocking and hat-making Rubber products manufacturing, n.e.s. The following is an illustrative list of Homogenizers, laboratory Searchlights and spotlights petroleum and natural gas exploration and Humidifiers, air Shaking machines, laboratory production equipment subject to validated Ice breakers Shock absorbers, mechanical or hydraulic license control for export to the USSR, Ice-crusher slingers Estonia, Latvia, and Lithuania. This list is Ice saw and drill, combination type, engine Shoelace tipping Smoke generators, except military illustrative only. It does not include all driven Snow throwers, self-propelled commodities which are covered by CCL entry Impregnators, non-centrifugal Soldering, automotive wave and reflow type Nos. 6191, 6391, and 6598. Incinerators, commercial and industrial Sonic sewing machines (1) All equipment related to off-shore Incubator shalkers Special purpose industrial vehicles, n.e.s., floating or bottom-supported drilling and Industrial and laboratory nonelectric non-military, e.g., cement mixers, street and producing structures, including all gathering furnaces and ovens, n.e.s. airfield cleaning, asphalt mixers, equipment. Internal combustion engines, reciprocating seismograph thumper mounted trucks, mine (2) Production and pipeline equipment Internal pneumatic line-up clamps for shuttle vehicles, trucks with derrick designed for use in Arctic regions and the welding transmission line pipe assembly and similar equipment for Polar Seas. Lifting, loading, and conveying machines and drilling, mounted integral to truck frame, (3) Rotary type well drilling rigs and equipment, n.e.s. derricks. Line-travelling coating and wrapping for etc. Spinning (4) Parts, accessories, and equipment for pipes and tubes Spraying machines, n.e.s. well drilling machines, including, but not Linoleum-making Steam cleaning limited to, drill bits, box and pin tool joints, Lubricating Steam generating power boilers, engines, and drill pipe, drill collars, rotary tables, and Machinery and equipment, n.e.s., for the blow-out preventors. manufacturing and assembling of electronic turbines, n.e.s. Stone products manufacturing (5) Petroleum gas-lift equipment. components, n.e.s. (6) Oil well and oil field pumps, including, Machines, n.e.s., for processing and working Surgical dressing making but not limited to, high performance types of wood, cork, bone, ebonite, glass, plastics, Surveying, hydrographic, meteorological, hydrological, and geophysical instruments, submersible or conventional pumping units. cement products, stone, and similar (7) Pipeline valves for oil and gas pipelines mineral materials. n.e.s. and high pressure steel hoses, pipes, and Machines, n.e.s., for treatment of a material Sweepers, road connections. involving a change in temperature. Tank-cleaning Tanks with agitators (8) Wire line and down-hole equipment and Mattress filling accessories, including, but not limited to, Measureograph for measuring cloth Taping machines for covering wire and cable collars, stabilizers, mandrels, packers, Mechanical appliances for testing physical Textile and leather working machines, n.e.s. multicompletion equipment, gun perforators, properties of industrial materials, n.e.s. Tire building, recapping, and repairing and telemetry equipment. Mechanical instruments, n.e.s., for Toothbrush manufacturing (9) Optical, electrical, or electronic measurement, transmission, or control of Track press for repairing tractor crawlers or geophysical and mineral prospecting temperature, pressure, or other variables of tracks Transfer machines, nonmetalworking, instruments, including magnetic, gravity, liquids or gases except seismic, bore-hole logging and high-resolution Mechanical watches and clocks for assembling, gauging, or packing of remote sensing equipment. Metal finishing, chemical munitions Metallurgical, mill, and foundry equipment, Tube cleaners [FR Doc. 80-39748 Filed 12-29-80; 8:45] Tube expanders, maintenance type n.e.s. BILUNG CODE 3510-25-M Typemaking and typesetting machines, n.e.s. ; Metering and mixing, n.e.s. Microscopes, except electron and proton, Vacuum cleaners Valves, plumbing fixtures, cocks, and taps, n.e.s. { Nutters n.e.s. Office machines, n.e.s. Vegetable oil mill Oil field wire line and downhole equipment1 Vibrating paper joggers Optical elements and appliances, n.e.s. Vibrators, hydraulic Paint markers and mixers Wall-board plaster core Paper making machinery Watch-cleaning Photoprinters, n.e.s. Water bath shakers Pin ticketing (tag-to-product applying) Watercraft controls, nonelectric, except (for example, steering equipment Pipe line cleaning military excluding rudders and remote controls) Water turbines, water engines, wind, and hot 1A validated license is required for export of oil well drilling equipment and oil field wire line and air engines < down hole equipment to the U.S.S.R., Estonia, W ax molding Latvia and Lithuania. Waxing, industrial