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Sector Report for Monday, 21 November 2011: Detection
This report contains the following stories.
Plus 1 additional story.
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Europe bans the use of backscatter body scanners
In its approval of full body scanners for use at airports last week, the European Union banned the use of scanners that relied on backscatter radiation due to safety concerns; these types of scanners are widely used in the United States and have been source of sharp criticism, yet the Transportation Security Administration (TSA) has continued to insist that they are safe
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DNDO progressing on Helium-3 alternative
DHS is one step closer in its quest to find an alternative to Helium-3, a key element used in radiation scanners that detect illegal nuclear or radiological materials; DHS’s Domestic Nuclear Detection Office (DNDO) recently announced that it had completed its final analysis on Helium-3 alternatives
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EU to allow full-body scanners at airports
In response to the continued threat of terrorism, the European Union (EU) recently passed legislation that would formally European airports to use full-body scanners; prior to Monday’s announcement, trial usage of full-scanners was limited to a period of thirty months; under the new rules, member states will have the option for unlimited deployment of the scanners, but will not be required to use them
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National Guard and first responders hold dirty bomb drill in upstate NY
In a unique training exercise, hundreds of New York National Guardsmen and local emergency personnel responded to a simulated dirty bomb explosion in downtown Kingston in upstate New York over the weekend
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Hybrid detector monitors alpha, beta, and gamma radiation simultaneously
By combining three layers of detection into one new device, a team of researchers from Japan has proposed a new way to monitor radiation levels at power plant accident sites; the device could limit the exposure times of clean-up workers by taking three measurements simultaneously
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Sector Report for Monday, 7 November 2011: Detection
This report contains the following stories.
Plus 1 additional story.
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Researchers develop printable explosive detectors
Researchers at the Georgia Institute of Technology are developing a low-cost explosives detector that can be printed on an inkjet printer; the explosive detector uses a wireless sensor to detect trace amounts of ammonia, a key chemical used in improvised explosive devices (IEDs), the deadliest killer of U.S. troops in Iraq and Afghanistan
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New York police officers equipped and ready to detect dirty bombs
Law enforcement officials operating in the New York City region are trained and equipped to intercept dirty bomb threats
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New detector can identify homemade explosives in under a minute
A new technique could help investigators identify the type of explosive used in an attack in less than sixty seconds; the new technology is designed to aid security personnel in detecting homemade explosives, which are more difficult to detect
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Anthropomorphic robot testing chemical protection
Boston Dynamics is showing its PETMAN — an anthropomorphic robot for testing chemical protection clothing used by the U.S. Army
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New technology for safe storage of radioactive waste
Researchers have developed new technology capable of removing radioactive material from contaminated water and aiding clean-up efforts following nuclear disasters
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Paper-based wireless sensor detects explosive devices
Researchers at the Georgia Institute of Technology have developed a prototype wireless sensor capable of detecting trace amounts of a key ingredient found in many explosives; the device, which employs carbon nanotubes and is printed on paper or paper-like material using standard inkjet technology, could be deployed in large numbers to alert authorities to the presence of explosives, such as improvised explosive devices (IEDs)
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Sector Report for Monday, 24 October 2011: Detection
This report contains the following stories.
Plus 1 additional story.
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A toxic gas detecting wristband for first responders
To protect first responders from deadly toxic gases that are invisible to the human eye, Morphix Technologies has developed the Chameleon chemical detection wrist band
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