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Secrets Jeremy Bernstein
INFERENCE / Vol. 6, No. 1 Secrets Jeremy Bernstein Restricted Data: The History of Nuclear Secrecy in the decided to found a rival weapons laboratory. Even if Teller United States had offered me a job, I doubt that I would have accepted.3 by Alex Wellerstein After obtaining my degree, I was offered a job that University of Chicago Press, 528 pp., $35.00. would keep me in Cambridge for at least another year. One year became two and at the end of my second year I was uclear weapons have been shrouded in secrecy accepted at the Institute for Advanced Study in Princeton. from the very beginning. After plutonium was It was around this time that the chairman of the physics discovered at the University of California in department at Harvard, Kenneth Bainbridge, came to me NDecember 1940, researchers led by Glenn Seaborg submit- with an offer. Bainbridge had been an important figure at ted a pair of letters to the Physical Review. The details of Los Alamos during the war. Robert Oppenheimer had put their discovery were withheld from publication until after him in charge of the site in New Mexico where the Trinity the war.1 Once the project to make a nuclear weapon got test had taken place.4 Bainbridge told me that the labora- underway, secrecy became a very serious matter indeed. tory was offering summer jobs to young PhDs and asked The story of these efforts and how they evolved after the if I was interested. I was very interested. Los Alamos had war is the subject of Alex Wellerstein’s Restricted Data: an almost mystical significance for me due to its history The History of Nuclear Secrecy in the United States. -
Revisiting South Africa's Nuclear Weapons Program
REVISITING SOUTH AFRICA’S NUCLEAR WEAPONS PROGRAM ITS HISTORY, DISMANTLEMENT, AND LESSONS FOR TODAY Institute for Science and International Security The Institute for Science and International Security is a non- profit, non- partisan institution dedicated to informing the public about science and policy issues affecting international security. Its primary focus is on stopping the spread of nuclear weapons and related technology to additional nations and to terrorists, bringing about greater transparency of nuclear activities worldwide, strengthening the international non- proliferation regime, and achieving deep cuts in nuclear arsenals. Copyright © 2016 by Institute for Science and International Security Institute for Science and International Security (ISIS) Press 440 1st Street NW Suite 800 Washington, DC 20001 USA www.isis- online.org @TheGoodISIS Library of Congress Control Number: 2016912653 CreateSpace Independent Publishing Platform North Charleston, SC ISBN-13: 978-1536845655 ISBN-10: 1536845655 Front cover photograph credits: Armscor and Uranium Enrichment Corporation of South Africa Limited. All unsourced photos in the book are from David Albright. REVISITING SOUTH AFRICA’S NUCLEAR WEAPONS PROGRAM ITS HISTORY, DISMANTLEMENT, AND LESSONS FOR TODAY DAVID ALBRIGHT WITH ANDREA STRICKER institute for science and international security june 2016 Dedicated to all those who strive for a world free of nuclear weapons. CONTENTS Preface, ix Acknowledgements, xi Chapter 1: Laying the Foundation, 1 Chapter 2: Developing Nuclear Devices, -
Current & Future Uranium Enrichment Technologies
The History of the Gas Centrifuge and Its Role in Nuclear Proliferation Houston Wood, Professor Mechanical & Aerospace Engineering University of Virginia Presented at Wilson Center Washington, D.C. January 20, 2010 Early Days • Isotopes were discovered in early 1900’s. • Centrifuge separation of isotopes first suggested by Lindemann and Aston (1919) • Chapman, Mulliken, Harkens and others tried unsuccessful experiments. • First successful experiments at UVA in 1934 by Prof. Jesse Beams with isotopes of Chlorine. • Attempts to use centrifuges in Manhattan project were unsuccessful. 20 January 2010 Houston Wood Professor Jesse W. Beams University of Virginia 1898 - 1977 20 January 2010 Houston Wood Early Days at UVA • Work on centrifuges during Manhattan project had a number of failures. • Project was terminated. • Concern over potential competition from German centrifuges led AEC to restart work at UVA in 1955 under guidance of A.R. Kulthau. 20 January 2010 Houston Wood Meanwhile in Europe • German research was being led by Konrad Beyerle in Göttingen and Wilhelm Groth at University of Bonn • Research in the Netherlands was being directed by Jacob Kistemaker. 20 January 2010 Houston Wood USSR • At the end of WWII, Soviets took many POWs from Germany. • They started effort to develop nuclear weapons. • Organization at Sinop: – Von Ardenne – Electromagnetic Separation – Thiessen – Gaseous Diffusion – Steenbeck Group – Included Centrifuge 20 January 2010 Houston Wood USSR (cont’d) • Competition between gaseous diffusion and gas centrifuge. • Reputed problems with GD enriching to weapons grade level. • Centrifuge considered for “topping off.” • Competition for long rotor vs. short rotor. • Steenbeck group transferred from Sinop to Kirov plant in Leningrad (~1951). -
Imports-Exports Enterprise’: Understanding the Nature of the A.Q
Not a ‘Wal-Mart’, but an ‘Imports-Exports Enterprise’: Understanding the Nature of the A.Q. Khan Network Strategic Insights , Volume VI, Issue 5 (August 2007) by Bruno Tertrais Strategic Insights is a bi-monthly electronic journal produced by the Center for Contemporary Conflict at the Naval Postgraduate School in Monterey, California. The views expressed here are those of the author(s) and do not necessarily represent the views of NPS, the Department of Defense, or the U.S. Government. Introduction Much has been written about the A.Q. Khan network since the Libyan “coming out” of December 2003. However, most analysts have focused on the exports made by Pakistan without attempting to relate them to Pakistani imports. To understand the very nature of the network, it is necessary to go back to its “roots,” that is, the beginnings of the Pakistani nuclear program in the early 1970s, and then to the transformation of the network during the early 1980s. Only then does it appear clearly that the comparison to a “Wal-Mart” (the famous expression used by IAEA Director General Mohammed El-Baradei) is not an appropriate description. The Khan network was in fact a privatized subsidiary of a larger, State-based network originally dedicated to the Pakistani nuclear program. It would be much better characterized as an “imports-exports enterprise.” I. Creating the Network: Pakistani Nuclear Imports Pakistan originally developed its nuclear complex out in the open, through major State-approved contracts. Reprocessing technology was sought even before the launching of the military program: in 1971, an experimental facility was sold by British Nuclear Fuels Ltd (BNFL) in 1971. -
Pakistan's Nuclear Weapons
Pakistan’s Nuclear Weapons Paul K. Kerr Analyst in Nonproliferation Mary Beth Nikitin Specialist in Nonproliferation August 1, 2016 Congressional Research Service 7-5700 www.crs.gov RL34248 Pakistan’s Nuclear Weapons Summary Pakistan’s nuclear arsenal probably consists of approximately 110-130 nuclear warheads, although it could have more. Islamabad is producing fissile material, adding to related production facilities, and deploying additional nuclear weapons and new types of delivery vehicles. Pakistan’s nuclear arsenal is widely regarded as designed to dissuade India from taking military action against Pakistan, but Islamabad’s expansion of its nuclear arsenal, development of new types of nuclear weapons, and adoption of a doctrine called “full spectrum deterrence” have led some observers to express concern about an increased risk of nuclear conflict between Pakistan and India, which also continues to expand its nuclear arsenal. Pakistan has in recent years taken a number of steps to increase international confidence in the security of its nuclear arsenal. Moreover, Pakistani and U.S. officials argue that, since the 2004 revelations about a procurement network run by former Pakistani nuclear official A.Q. Khan, Islamabad has taken a number of steps to improve its nuclear security and to prevent further proliferation of nuclear-related technologies and materials. A number of important initiatives, such as strengthened export control laws, improved personnel security, and international nuclear security cooperation programs, have improved Pakistan’s nuclear security. However, instability in Pakistan has called the extent and durability of these reforms into question. Some observers fear radical takeover of the Pakistani government or diversion of material or technology by personnel within Pakistan’s nuclear complex. -
USAF Counterproliferation Center CPC Outreach Journal #560
USAF COUNTERPROLIFERATION CENTER CPC OUTREACH JOURNAL Maxwell AFB, Alabama Issue No. 560, 12 March 2007 Articles & Other Documents: Air Force begins giving mandatory anthrax shots in U.S. And Iran Have Been Talking, Quietly Korea U.N. Nuclear Agency Curtails Technical Assistance To Nuclear Weapons Rarely Needed, General Says Iran Defector's Intel Trove Talks On Payments From Iran Founder Where Those Reactors And Centrifuges Came From Iran's President Wants To Tell Security Council Of Nuclear Aims THE UNTHINKABLE Can the United States be made safe from nuclear terrorism? Welcome to the CPC Outreach Journal. As part of USAF Counterproliferation Center’s mission to counter weapons of mass destruction through education and research, we’re providing our government and civilian community a source for timely counterproliferation information. This information includes articles, papers and other documents addressing issues pertinent to US military response options for dealing with nuclear, biological and chemical threats and attacks. It’s our hope this information resource will help enhance your counterproliferation issue awareness. Established in 1998, the USAF/CPC provides education and research to present and future leaders of the Air Force, as well as to members of other branches of the armed services and Department of Defense. Our purpose is to help those agencies better prepare to counter the threat from weapons of mass destruction. Please feel free to visit our web site at http://cpc.au.af.mil/ for in-depth information and specific points of contact. Please direct any questions or comments on CPC Outreach Journal to Jo Ann Eddy, CPC Outreach Editor, at (334) 953-7538 or DSN 493-7538. -
Testimony of David Albright, President of the Institute for Science And
Testimony of David Albright, President of the Institute for Science and International Security, before the House Subcommittee on National Security, Committee of Oversight and Government Reform Assessing the Iran Deal: Examining Iranian Non-Compliance with the Joint Comprehensive Plan of Action and United Nations Security Council Resolution 2231 April 5, 2017 The Joint Comprehensive Plan of Action (JCPOA) needs to be implemented more effectively and its nuclear conditions strengthened and better verified. A critical part of that effort is to determine the type and extent of Iranian non-compliance with provisions in the JCPOA and associated United Nations Security Council (UNSC) resolution 2231. The deal’s implementation under the Obama administration was too permissive and tolerant of Iran’s violations of the deal, its exploitation of loopholes, and its avoidance of critical verification requirements. The result was that Iran was able to push the envelope of allowed behavior in directions harmful to U.S. national security. Too often, the Obama administration made concessions, tolerated cheating, or avoided strengthening steps out of a misplaced fear that Iran would walk away from the deal or that somehow President Rouhani’s presidency needed protecting. This led to absurd situations where U.S. officials badgered European JCPOA country officials to support initiatives clearly favoring Iran that were contrary to their own views and interests. One must ask based on the JCPOA’s implementation so far, why have the deal in the first place if verification steps or strengthening measures have been avoided for fear of the JCPOA failing? Until today, the Trump administration has continued to implement the deal. -
Northrop F-5 E/F, CF-5D
Northrop F-5 E/F, CF-5D Description The F-5E is a single seat, twin-engine, tactical fighter and attack aircraft. providing simulated air-to-air combat training, close-air support training, tactics development and evaluation support, manufactured by Northrop Grumman Corporation. The F-5F is a dual-seat version, twin-engine, tactical fighter commonly used for training and adversary combat tactics. The aircraft can ably serve in an aggressor training role with simulation capability of current threat aircraft in fighter combat mode. The CF-FD is the dual-seat Canadian version of the F-5 modified to fit specific Canadian requirements. Fleet TacAir owns and operates a fleet of 26 supersonic F-5 fighter aircraft, largely consisting of an improved, lower flight-time version of the current Adversary platform of the U.S. Navy (USN) and Marine Corps (USMC). TacAir has operated F-5 aircraft since 2013. The F-5 is a proven Adversary aircraft also formerly used by the USAF in this role and currently operational with 19 international air forces. While the baseline F-5 flown by USN/USMC is widely considered a 3rd Generation aircraft, TacAir’s existing and planned upgrades economically evolve this aircraft into an advanced tactical aircraft with sensor/system capabilities on par with current DoD 4th Generation fighter aircraft. TacAir F-5s are upgraded with HUD/HOTAS, open architecture mission computers and tailored Operational Flight Programs that enable integration of advanced radar systems, IRSTS, EA, RWR, datalinks, and HOBS simulated weapons employment. TheF-5’s proven growth potential and twin engine reliability, paired with our uncompromising corporate safety culture, is the best insurance against hazards and mishaps, and lets us meet almost any potential performance requirements. -
Federal Register/Vol. 84, No. 241/Monday, December 16, 2019
Federal Register / Vol. 84, No. 241 / Monday, December 16, 2019 / Notices 68431 (MWS), one (1) Control Indicator Unit integration; hardware integration; flight Replacement (LSPR), Control Indicator Replacement (CIUR), one (1) Smart Card test and certifications; selective Unit Replacement (CIUR), and a Assembly (SCA), and one (1) High availability anti-spoofing modules classified User Data Memory (UDM) Capacity Card (HCC/User Data Memory (SAASM); publications and technical card containing the laser jam codes. The (UDM) card. documentation; training and training UDM card is loaded into the LSPR prior Major Defense Equipment (MDE): equipment; field service representatives; to flight; when not in use, the UDM card Twelve (12) Guardian Laser Turret U.S. Government and contractor is removed from the LSRP and put in Assemblies (GLTA) (6 installed, 6 engineering, technical, and logistics secure storage. The Missile Warning spares) support; and other related elements of Sensors (MWS) for AN/AAQ-24(V)N are Seven (7) LAIRCM System Processor logistics and program support. The mounted on the aircraft exterior to Replacements (LSPR) (2 installed 5 estimated cost is $86 million. provide omni-directional protection. spares) This proposed sale will support the The MWS detects the rocket plume of Twenty-three (23) Missile Warning foreign policy and national security of missiles and sends appropriate data Sensors (MWS) (10 installed, 13 the United States by helping to improve signals to the LSPR for processing. The spares) the security of a friendly country that LSPR analyzes the data from each continues to be an important force for Non-MDE: Also included are LAIRCM sensor and automatically deploys the political and economic progress in the CIURs; SCAs; HCCs; UDM cards; initial appropriate countermeasure via the Middle East. -
\.J ,. John an Mccone/ , ,I;' I Chai7;>Man ' Genei'm A, R
REDACTED COpy Conglreu of the United Statea Joint Committ&:t, on Atomic Ener,>gy Full Committee -=- ,....-'".~_. Meeting No" Time; 10:00 a.tIl> pu.,ce: Room FQ88.• the Capitol Date: Auguat 30. 1960 PURPOSE WITNESSES. AEC \.J ,. , ,I;' John An McCone/i Chai7;>man ' GeneI'M A, R. ~edecke, Gene>l>'al 1'.![anagel' Geol>' ge F. Quinn, DiX'ectOl:'. Div. 0% Plfoduetion Charle.lI L.Marllhall. Dil"?edol:', Di,'" of Clsasification D1:. :?aul McDaniel, pUector, Div, of Relleal:'ch I:lJ:'. (;. L. Rogolla, Oiv.l')f Re8eOlS.d~ Ino ¢eorge A, Kolatlld, Chief, PIWF1.ell and Mathematics Blranch; Div. of Rel!iIlall',ch , ., , I / S&ate 0!:Ral:t.m'!~ / Chul!lll Sullivan /) EXECUTIVE SESSION MEETING NO. 86-2-49 TUESDAY, AUGUST JO, 1960 Joint Committee on Atomic Energy Congress of the United States Washington, D. C. The Joint Committee on Atomic Energy met, pursuant to call, at 10:15 p.m., in the Committee Room, the Capitol, Honorable Clinton p. Anderson (Chairman) presiding. Present were: Senators Clinton p. Anderson (presiding), John O. Pastore, Albert Gore, Bourke B. Hickenlooper and Wallace Bennett; Representatives Chet Holifield, Melvin Price, James E. Van Zandt, Craig Hosmer and William Bates. Committee Consultants present: Captain Edward J. Bauser, USN, and Lt. Colonel Richard T. Lunger. Committee staff present: James T. Ramey, Executive Director, John T. Conway, David R. Toll, Carey Brewer, George T. Murphy, Jr., and Kenneth MacAlpine. Representatives of the Atomic Energy Commission: Honorable John A. McCone, Chairman, Honorable Robert E. Wilson and Hooorable Loren Olson, Commissioners, General A. R. Luedecke, General Manager, George F. -
Federal Register/Vol. 80, No. 71/Tuesday, April 14, 2015/Notices
Federal Register / Vol. 80, No. 71 / Tuesday, April 14, 2015 / Notices 19967 ending at 5:30 p.m. each day, or as national visitors should contact Dr. Jim 16 to the Northeast Multispecies Fishery necessary to complete business. The Hastie at (206) 860–3412 at least 2 Management Plan, in conjunction with Panel will adjourn on Friday, July 31. weeks prior to the meeting date to Final Rule 0648–BE75. The information The locations of the meetings are as initiate the security clearance process. collection currently approved under follows: OMB Control No. 0648–0605 includes a Special Accommodations The STAR Panel for canary rockfish number of reporting requirements and darkblotched rockfish will be held This meeting is physically accessible necessary to end overfishing, rebuild the Hotel Deca, 4507 Brooklyn Avenue to people with disabilities. Requests for overfished groundfish stocks, and NE., Seattle, WA 98105; telephone: sign language interpretation or other mitigate the adverse economic impacts (206) 634–2000. auxiliary aids should be directed to Mr. of increased effort controls. This The STAR Panel for the bocaccio and Kris Kleinschmidt at (503) 820–2425 at revision proposes to modify only the China rockfish stock assessments will be least 5 days prior to the meeting date. broad stock area reporting requirements held at the NMFS, Southwest Fisheries Dated: April 8, 2015. currently approved under the Science Center, Santa Cruz Laboratory, Information Collection for Amendment 110 Shaffer Road, Santa Cruz, CA William D. Chappell, Acting Deputy Director, Office of Sustainable 16. We are seeking comments on a 95060; telephone: (831) 420–3900. provision that, if approved, would The STAR Panels for the black Fisheries, National Marine Fisheries Service. -
How the Gas Centrifuge Changed the Quest for Nuclear Weapons
7KH(QGRI0DQKDWWDQ+RZWKH*DV&HQWULIXJH&KDQJHG WKH4XHVWIRU1XFOHDU:HDSRQV 56FRWW.HPS Technology and Culture, Volume 53, Number 2, April 2012, pp. 272-305 (Article) 3XEOLVKHGE\7KH-RKQV+RSNLQV8QLYHUVLW\3UHVV DOI: 10.1353/tech.2012.0046 For additional information about this article http://muse.jhu.edu/journals/tech/summary/v053/53.2.kemp.html Access provided by username 'llane' (21 Feb 2015 01:49 GMT) 04_TEC53.2kemp 272–305:03_49.3dobraszczyk 568– 4/30/12 10:55 AM Page 272 The End of Manhattan How the Gas Centrifuge Changed the Quest for Nuclear Weapons R.SCOTTKEMP Introduction The first nuclear weapons were born from technologies of superindus- trial scale. The Manhattan Project exceeded the domestic automobile in- dustry in its size. The gaseous-diffusion plant that enriched uranium at the Oak Ridge National Laboratory in Tennessee employed at its peak some 12,000 people, enclosed forty-four acres under a single roof, and by 1945 consumed nearly three times the electricity of the highly industrialized city of Detroit.1 In the 1940s and ’50s the making of nuclear bombs was under- stood to be a massive undertaking that required vast resources and nearly unparalleled human ingenuity. The U.S. atomic enterprise encouraged a way of thinking about nuclear proliferation that was intimately tied to technol- ogy and industry. In the words of President Harry S. Truman, it seemed “doubtful if such another combination could be got together in the world.”2 The difficulty was not in the bomb per se—scientists had warned that this step would not be hard to replicate—but rather in the apparently mas- sive effort needed to produce the nuclear-explosive materials that fueled the R.