TECHNICAL SUBJECTS COVERED by FORMER USPC CROSS-REFERENCE ART COLLECTIONS [Xracs] and DIGESTS (NOTES Omitted) Y10 TECHNICAL SUBJECTS COVERED by FORMER USPC
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Lohit District GAZETTEER of INDIA ARUNACHAL PRADESH LOHIT DISTRICT ARUNACHAL PRADESH DISTRICT GAZETTEERS
Ciazetteer of India ARUNACHAL PRADESH Lohit District GAZETTEER OF INDIA ARUNACHAL PRADESH LOHIT DISTRICT ARUNACHAL PRADESH DISTRICT GAZETTEERS LOHIT DISTRICT By S. DUTTA CHOUDHURY Editor GOVERNMENT OF ARUNACHAL PRADESH 1978 Published by Shri M.P. Hazarika Director of Information and Public Relations Government of Amnachal Pradesh, Shillong Printed by Shri K.K. Ray at Navana Printing Works Private Limited 47 Ganesh Chunder Avenue Calcutta 700 013 ' Government of Arunachal Pradesh FirstEdition: 19781 First Reprint Edition: 2008 ISBN- 978-81-906587-0-6 Price:.Rs. 225/- Reprinted by M/s Himalayan Publishers Legi Shopping Corqplex, BankTinali,Itanagar-791 111. FOREWORD I have much pleasure in introducing the Lohit Distri<^ Gazetteer, the first of a series of District Gazetteers proposed to be brought out by the Government of Arunachal Pradesh. A'Gazetteer is a repository of care fully collected and systematically collated information on a wide range of subjects pertaining to a particular area. These information are of con siderable importance and interest. Since independence, Arunachal Pra desh has been making steady progress in various spheres. This north-east frontier comer of the country has, during these years, witnessed tremen dous changes in social, economic, political and cultural spheres. These changes are reflected in die Gazetteers. 1 hope that as a reflex of these changes, the Lohit District Gazetteer would prove to be quite useful not only to the administrators but also to researdi schplars and all those who are keen to know in detail about one of the districts of Arunachal Pradesh. Raj Niwas K. A. A. Raja Itanagar-791 111 Lieutenant Governor, Arunachal Pradesh October 5, i m Vili I should like to take this opportunity of expressing my deep sense of gratitude to Shri K; A. -
S H Aug H N E S
INTERIOR WITH SUDDEN ... DY BR END A SH AUG HNESSY BRENDA SHAUGHNESSY Interior with Sudden Joy BR END ASH AUG HNESSY was raised in California and is a graduate of Columbia University's writing program. She lives in New York City. INTERIOR WITH SUDDEN JOY BRENDA SHAUGHNESSY [ Farrar, Straus and Giroux, New York] Contents I. SYNESTHESIA StiU Life, with Gloxinia, 3 Letter to the Crevice Novice, 4 Fetish: The Historical Orphan, 6 Lure, Lapse, 8 Jouissance, 9 Farrar, Straus and Giroux Vapor through Various Satins, 11 19 Union Square We.st, Hew Yor! 10003 Afterlife, Her Empty Dress, 13 CofrJnghl C 1999 by Brenda Shaughne.sS] AU n,/Il; rnervtd What's Uncanny, 15 Printed in the United StaltJ ofAmen"co Transpassional, 16 DtJigned by Cynthia Krupa! Fint publiJJud in 1999 by FarTar, Straus and Giroux SweU, 17 Dear GonrJya, 18 Library o/Congros Cataloging-in-Publicotion Data ShaughnmJ, Bmuta, 1970- You're Not Home, It's Probably Better, 20 Interior M:th suddtn joy / Brenda Shaughnessy. - 1st ed. p. an. Rise, 21 ISBNO-S74-52698-2 (PhI.) I. Title. Fortune, 22 PSS569.HS5J155 1999 8IJ'.54-ddl 98-50010 Glossary, 24 II. DARK CHURCH OF HANDS III. PROJECT FOR A FAINTING Middle,29 Projectfor a Fainting, 51 Your One Good Dress, 30 Perfect Ending, 53 Your Name on It, 32 The Lamp Garden, 54 Simulacra, 33 Ten Jennies, 59 Rosarium, 34 CaUing Her Home, 60 Lacquer, 35 Musee, 62 Epithalament, 36 You Love, You Wonder, 64 Thirteenth Summer, 38 Voluptuary, 66 Starting Here and Going Back, 39 Mistress Formika, 68 Parallax, 40 Panopticon, 70 Cinema Poisoning, 42 Ever, 72 Postfeminism, 43 Sleptember, 73 Wrongbodied, 45 Illumine, 76 Arachnolescence, 46 Interior with Sudden Joy, 79 The Question and Its Mark, 48 Acknowledgments, 83 [ I] Synesthesia Still Life, with Gloxinia I will make something ofyou both pigment and insecticide. -
Rhodochrosite Gems Unstable Colouration of Padparadscha-Like
Volume 36 / No. 4 / 2018 Effect of Blue Fluorescence on the Colour Appearance of Diamonds Rhodochrosite Gems The Hope Diamond Unstable Colouration of in London Padparadscha-like Sapphires Volume 36 / No. 4 / 2018 Cover photo: Rhodochrosite is prized as both mineral specimens and faceted stones, which are represented here by ‘The Snail’ (5.5 × 8.6 cm, COLUMNS from N’Chwaning, South Africa) and a 40.14 ct square-cut gemstone from the Sweet Home mine, Colorado, USA. For more on rhodochrosite, see What’s New 275 the article on pp. 332–345 of this issue. Specimens courtesy of Bill Larson J-Smart | SciAps Handheld (Pala International/The Collector, Fallbrook, California, USA); photo by LIBS Unit | SYNTHdetect XL | Ben DeCamp. Bursztynisko, The Amber Magazine | CIBJO 2018 Special Reports | De Beers Diamond ARTICLES Insight Report 2018 | Diamonds — Source to Use 2018 The Effect of Blue Fluorescence on the Colour 298 Proceedings | Gem Testing Appearance of Round-Brilliant-Cut Diamonds Laboratory (Jaipur, India) By Marleen Bouman, Ans Anthonis, John Chapman, Newsletter | IMA List of Gem Stefan Smans and Katrien De Corte Materials Updated | Journal of Jewellery Research | ‘The Curse Out of the Blue: The Hope Diamond in London 316 of the Hope Diamond’ Podcast | By Jack M. Ogden New Diamond Museum in Antwerp Rhodochrosite Gems: Properties and Provenance 332 278 By J. C. (Hanco) Zwaan, Regina Mertz-Kraus, Nathan D. Renfro, Shane F. McClure and Brendan M. Laurs Unstable Colouration of Padparadscha-like Sapphires 346 By Michael S. Krzemnicki, Alexander Klumb and Judith Braun 323 333 © DIVA, Antwerp Home of Diamonds Gem Notes 280 W. -
Classification Order 1854
U.S. DEPARTMENT OF COMMERCE Patent and Trademark Office CLASSIFICATION ORDER 1854 February 7, 2006 Project No. Z-6906 Art Unit Ex'r Search Class Subclass Room No. Abolished: 2 8 3765 RDN 00B15 Established: 2 8.1 - 8.8 3765 RDN 00B15 The following classes are impacted by this project: Class(es): 57, 428 This order includes the following: A. CLASSIFICATION MANUAL CHANGES B. LISTING OF PRINCIPAL SOURCE OF ESTABLISHED AND DISPOSITION OF ABOLISHED PAGES C. CHANGES TO THE U.S. – I.P.C. CONCORDANCE D. DEFINITION CHANGES U.S. DEPARTMENT OF COMMERCE Patent and Trademark Office CLASSIFICATION ORDER 1854 February 7, 2006 Project No. Z-6906 Project Leader(s): Robert Craig Project Classifier(s): Robert Craig Examiner(s): Rodney Lindsey Editor: Elma La Touche Editorial Assistant: Patty Randolph ................. .. ... ... ... .. .. g., ....................... .. ..... .. ..... .. CLASS 2 APPAREL FEBRUARY 2006 MI SCELLANEOUS 417 Including adjustment for wearer' s head 455 GUARD OR PROTECTOR size 456 . Body cover 418 . For circumference of crown 457 . Hazardous material body cover 419 And height of crown 458 . Thermal body cover 420 . By plural-part rigging . Astronaut , s body cover 421 . Including helmet-retention means .. Having relatively rotatable coaxial 422 With article-attaching means coupling component 423 And ears .. Having convoluted component 424 And face . Aviator ' s body cover 425 . Sport headgear Underwater diver s body cover . Eye shields (e. g., hoodwinks or . Having an insulation layer blinds, etc. Having a garment closure (e. Hat or cap attachments zipper, fabric with hooks and . Hand or body supported loops that fasten together, etc. Shades 459 . Shoulder protector . Spectacle attachments 460 . -
Modeling Effective Stiffness Properties of IAD Fabrics
AIAA 2011-2568 Modeling Effective Stiffness Properties of IAD Fabrics Scott M. Murman Srinivasan A. Suresh* [email protected] [email protected] NASA Ames Research Center, Moffett Field, CA, USA Princeton University, Princeton, NJ, USA Abstract A model for the mechanical stiffness properties of bladder fabrics for inflatable decelerators under high stress conditions is developed. This planar orthotropic model uses understanding of the fabric behavior, analytical modeling, numerical simulations, and available experimental data to characterize the fabric stiffness (elastic modulus), contraction (Poisson’s ratio), and shear modulus. The derived model is designed to integrate with standard finite-element methods and is validated against available static test data for two types of silicone-coated Kevlar fabric using the commercial LS-DYNA solver. 1 Introduction NASA is investigating inflatable aerodynamic decelerator (IAD) concepts to improve the deliv- ery of high-mass missions to the surface of Mars[1, 2]. IADs typically deploy pressurized sections constructed from lightweight impermeable fabrics to decrease the ballistic coefficient of the entry ve- hicle during descent (cf. Fig. 1). These concepts also have the potential to control the aerodynamic response, e.g., by forcing the bluff-body separation location using a “burble fence.” High-fidelity analysis of these concepts requires prediction of the fabric response in a complex aerodynamic en- vironment. Detailed predictions of the fabric stiffness, damping, and potential for wrinkling (buck- ling) under dynamic and thermal loading are required. This data is difficult to obtain from sub-scale or ground testing, and it is anticipated that validated numerical methods will fill this role. -
Design and Optimization of an Electromagnetic Railgun
Michigan Technological University Digital Commons @ Michigan Tech Dissertations, Master's Theses and Master's Reports 2018 DESIGN AND OPTIMIZATION OF AN ELECTROMAGNETIC RAILGUN Nihar S. Brahmbhatt Michigan Technological University, [email protected] Copyright 2018 Nihar S. Brahmbhatt Recommended Citation Brahmbhatt, Nihar S., "DESIGN AND OPTIMIZATION OF AN ELECTROMAGNETIC RAILGUN", Open Access Master's Report, Michigan Technological University, 2018. https://doi.org/10.37099/mtu.dc.etdr/651 Follow this and additional works at: https://digitalcommons.mtu.edu/etdr Part of the Controls and Control Theory Commons DESIGN AND OPTIMIZATION OF AN ELECTROMAGNETIC RAIL GUN By Nihar S. Brahmbhatt A REPORT Submitted in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE In Electrical Engineering MICHIGAN TECHNOLOGICAL UNIVERSITY 2018 © 2018 Nihar S. Brahmbhatt This report has been approved in partial fulfillment of the requirements for the Degree of MASTER OF SCIENCE in Electrical Engineering. Department of Electrical and Computer Engineering Report Advisor: Dr. Wayne W. Weaver Committee Member: Dr. John Pakkala Committee Member: Dr. Sumit Paudyal Department Chair: Dr. Daniel R. Fuhrmann Table of Contents Abstract ........................................................................................................................... 7 Acknowledgments........................................................................................................... 8 List of Figures ................................................................................................................ -
Fine Structure in Photoluminescence Spectrum of S2 Center in Sodalite
Phys Chem Minerals (2007) 34:477–484 DOI 10.1007/s00269-007-0161-y ORIGINAL PAPER – Fine structure in photoluminescence spectrum of S2 center in sodalite Aierken Sidike Æ Alifu Sawuti Æ Xiang-Ming Wang Æ Heng-Jiang Zhu Æ S. Kobayashi Æ I. Kusachi Æ N. Yamashita Received: 18 December 2006 / Accepted: 6 April 2007 / Published online: 12 June 2007 Ó Springer-Verlag 2007 Abstract The photoluminescence and excitation spectra stretching vibration of the isotopic species of 32S34S–,a 32 – of sodalites from Greenland, Canada and Xinjiang (China) main peak due to that of the isotopic species of S2 and are observed at 300 and 10 K in detail. The features of the five peaks due to phonon sidebands of the main peak. emission and excitation spectra of the orange-yellow flu- – orescence of these sodalites are independent of the locality. Keywords Sodalite Á Photoluminescence Á S2 center Á The emission spectra at 300 and 10 K consist of a broad Heat treatment Á Fine structure band with a series of peaks and a maximum peak at 648 and 645.9 nm, respectively. The excitation spectra ob- tained by monitoring the orange-yellow fluorescence at 300 Introduction and 10 K consist of a main band with a peak at 392 nm. The luminescence efficiency of the heat-treated sodalite Natural sodalite represented by the ideal formula Na8Al6 from Xinjiang is about seven times as high as that of un- Si6O24Cl2 or 3(Na2OÁAl2O3Á2SiO2)Á2NaCl is a well-known – treated natural sodalite. The emission spectrum of the S2 fluorescent mineral emitting orange-yellow fluorescence center in sodalite at 10 K consists of a band with a clearly under ultraviolet (UV) light. -
Electric Motors
SPECIFICATION GUIDE ELECTRIC MOTORS Motors | Automation | Energy | Transmission & Distribution | Coatings www.weg.net Specification of Electric Motors WEG, which began in 1961 as a small factory of electric motors, has become a leading global supplier of electronic products for different segments. The search for excellence has resulted in the diversification of the business, adding to the electric motors products which provide from power generation to more efficient means of use. This diversification has been a solid foundation for the growth of the company which, for offering more complete solutions, currently serves its customers in a dedicated manner. Even after more than 50 years of history and continued growth, electric motors remain one of WEG’s main products. Aligned with the market, WEG develops its portfolio of products always thinking about the special features of each application. In order to provide the basis for the success of WEG Motors, this simple and objective guide was created to help those who buy, sell and work with such equipment. It brings important information for the operation of various types of motors. Enjoy your reading. Specification of Electric Motors 3 www.weg.net Table of Contents 1. Fundamental Concepts ......................................6 4. Acceleration Characteristics ..........................25 1.1 Electric Motors ...................................................6 4.1 Torque ..............................................................25 1.2 Basic Concepts ..................................................7 -
At High Country Quilts?
• Newsletter• Newsletter & Class & Class Schedule Schedule for High for High Country Country Quilts Quilts • Winter • Fall 2009 2007 • $1.25• at High Country Quilts? The weather is still frosty and January is here. We have some great offerings for you to start the New Year! HIGH COUNTRY QUILTS Sue McMillin will give you some wise advice 4771 North Academy Boulevard regarding organizing your space so you can spend more Colorado Springs, CO 80918 of your free time sewing! Sue is a professional, whose 719/598-1312 business, With Time to Spare, has helped pull us from http://www.hcquilts.com/ Conveniently Located… the mire of clutter we had built up around the shop. Behind Denny’s at the southeast corner of We’re not finished yet, but, boy, do we have the tools to SHOP HOURS Academy and Flintridge get the rest of the job done! Thanks, Sue! Monday through Saturday 9:30 a.m.–6:00 p.m. There are several Block of the Month patterns for Closed Sundays you to choose from and some new clubs too. We can’t seem to restrain our excitement when we see some of the projects we think you’ll enjoy. Each one has its own Wildflower Quilt charm and appeal. We’re offering our “traditional” Instructor: Staff block of the month (at least we think of it as a tradition) Level: Advanced in two different flavors this year. It is a very cool pattern Beginner from the book Kansas Spirit by Jeanne Poore, which Registration: $50 we are stitching up in a neat set of taupes, blacks, and (setting and pattern lights. -
Wm /N”R P” R: 7/Af
Moi/.18; 1941. N. M. ROSENSTEIN 2,263,544 GARMENT Filed May 11, 1940 a,4/ M/w45/".MlmWm /N”R p” r: 7/aF. kw r Patented Nov. 18, 1941 2,263,544 UNITED STATES’ PATENT OFFICE 2,263,544 GARMENT Nathan M. RosensteinaWest Hartford, Conn., as signor to Myrtle Knit ting Mills, Incorporated, a corporation of Connecticut Application May 11, 1940, Serial No. 334,639 5 Claims. ( 01. 2-40) ' of half knit woolen, either of ?at knit or ?eece My invention relates to garments. knit, throughout the body and arms portion It has among its objects to provide an im thereof. Further, the neck band 3a, the waist proved reversible garment which is of very light band portion 3b and the wrist portions 30 thereof weight while also warm and wind and water are, as preferably, double knit, and of these por proof. A further object of my invention is to tions, the portions 3b and 3c are formed of elas provide such an improved garment which, by“ tic ribbed knitting. Suitable pockets, generally reason of its improved construction, is adapted indicated at 3d, are also provided in this portion 3 to use under circumstances not heretofore pos and disposed inside this portion and between sible without discomfort due to the excessive 10 the latter and the portion 2a, while the portion 3 weight of reversible garments heretofore used. is also preferably formed in several parts with Still another object of my invention is to pro- " ' vide such an improved garment which is ex its seams inside this portion, as shown in Figure 2. -
2016-09-27-2-Generator-Basics
Generator Basics Basic Power Generation • Generator Arrangement • Main Components • Circuit – Generator with a PMG – Generator without a PMG – Brush type –AREP •PMG Rotor • Exciter Stator • Exciter Rotor • Main Rotor • Main Stator • Laminations • VPI Generator Arrangement • Most modern, larger generators have a stationary armature (stator) with a rotating current-carrying conductor (rotor or revolving field). Armature coils Revolving field coils Main Electrical Components: Cutaway Main Electrical Components: Diagram Circuit: Generator with a PMG • As the PMG rotor rotates, it produces AC voltage in the PMG stator. • The regulator rectifies this voltage and applies DC to the exciter stator. • A three-phase AC voltage appears at the exciter rotor and is in turn rectified by the rotating rectifiers. • The DC voltage appears in the main revolving field and induces a higher AC voltage in the main stator. • This voltage is sensed by the regulator, compared to a reference level, and output voltage is adjusted accordingly. Circuit: Generator without a PMG • As the revolving field rotates, residual magnetism in it produces a small ac voltage in the main stator. • The regulator rectifies this voltage and applies dc to the exciter stator. • A three-phase AC voltage appears at the exciter rotor and is in turn rectified by the rotating rectifiers. • The magnetic field from the rotor induces a higher voltage in the main stator. • This voltage is sensed by the regulator, compared to a reference level, and output voltage is adjusted accordingly. Circuit: Brush Type (Static) • DC voltage is fed External Stator (armature) directly to the main Source revolving field through slip rings. -
Of Coastal Ecuador
WASHINGTON UNIVERSITY Department of Anthropology Dissertation Examination Committee: David L. Browman, Chair Gwen Bennett Gayle Fritz Fiona Marshall T.R. Kidder Karen Stothert TECHNOLOGY, SOCIETY AND CHANGE: SHELL ARTIFACT PRODUCTION AMONG THE MANTEÑO (A.D. 800-1532) OF COASTAL ECUADOR by Benjamin Philip Carter A dissertation presented to the Graduate School of Arts and Sciences of Washington University in partial fulfillment of the requirements for the degree of Doctor of Philosophy May 2008 Saint Louis, Missouri Copyright by Benjamin Philip Carter © 2008 ii Acknowledgments For this research, I acknowledge the generous support of the National Science Foundation for a Dissertation Improvement Grant (#0417579) and Washington University for a travel grant in 2000. This dissertation would not exist without the support of many, many people. Of course, no matter how much they helped me, any errors that remain are mine alone. At Drew University, Maria Masucci first interested me in shell bead production and encouraged me to travel first to Honduras and then to Ecuador. Without her encouragement and support, I would not have begun this journey. In Honduras, Pat Urban and Ed Schortman introduced me to the reality of archaeological projects. Their hard- work and scholarship under difficult conditions provided a model that I hope I have followed and will continue to follow. While in Honduras, I was lucky to have the able assistance of Don Luis Nolasco, Nectaline Rivera, Pilo Borjas, and Armando Nolasco. I never understood why the Department of Anthropology at Washington University in St. Louis accepted me into their program, but I hope that this document is evidence that they made the right choice.