Lansing, NY (PRWEB) March 8, 2005 -
Â Experts under the auspices of Advanced Design Consulting in Lansing, New York, and Binghamton University are beginning to design and prototype monitors that can remotely detect plutonium, uranium, and other fissile materials used in the making of nuclear weapons. The designers are working under a contract granted to ADC and Binghamton University by Nuclear Nonproliferation Administration (NNPA).
ÂWeÂve assembled a team whose members have expertise in the areas of radiation detection and device packaging,Â says Alex Deyhim, president of ADC. ÂThe monitors will be an innovative implementation of computer memory technology to produce a passive gamma ray detector. In addition the development of such a devise will support and strengthen our nationÂs ongoing concern of limiting nuclear proliferation for potential dangerous countries such Iran and North Korea.Â
ÂBy recording any changes in gamma ray emissions, the detectors will be able to accurately assess the size and location of stockpiled plutonium and uraniumÂ says Eric Johnson, Advanced Design Consulting USAÂs vice president of research. The monitoring can be implemented in a small, non-powered package for clandestine surveillance or incorporated into a communication network for continuous assessment.
The project team is made up of Eric J. Cotts, professor of physics and materials science at Binghamton University; Eric Johnson, vice president for research at ADC; Peter Borgesen, a manager with Universal Instruments Corporation; and John Emerson, a consulting expert from the Sandia Corporation.
About the company: Advanced Design Consulting USA, Inc. (ADC) is a privately owned company organized and structured to provide technical services to all types of clients from small scientific entrepreneurs to universities, government agencies and private industries. The firmÂs expertise and activities are primarily related to engineering design, research and development, testing and custom fabrication. It searches for innovative solutions to difficult problems. To learn more about ADC products and services, visit the website at http://www.adc9001.com.
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