The U . S . government, meanwhile, has dispatched hundreds of radiation sensors to U . S . border crossings and transportation hubs, and the IAEA is working to install them internationally.
12.
With the new, portable radiation sensors, inspectors can more readily distinguish between radiation from such distracting sources and that coming from potentially threatening elements like the uranium and plutonium deployed in nuclear weapons.
13.
Researchers are creating " Star Trek "-like radiation sensors that are so small, they could be absorbed into the white blood cells of astronauts and could someday be used to treat and diagnose illnesses.
14.
:: : What came to mind when I saw the title was essentially crash test dummies, modified with radiation sensors, and used in nuclear weapons testing . talk ) 21 : 44, 7 March 2010 ( UTC)
15.
When Vir Vijay Singh comes to know about the plan, he plans to find out the location of the nuclear bomb as soon as possible by taking the help of Remote Radiation Sensors in satellites and innumerable beggars in the city.
16.
He became known as " the man with the golden finger . " This satellite discovered the Van Allen radiation belt through a radiation sensor to detect cosmic rays, a felicitous intersection with his early physics expertise, included in a science package supervised by Stuhlinger.
17.
At an annual food safety exhibition in Tokyo held on 26 to 28 October 2011 machines were shown that could measure radiation : on conveyor belts food and other objects could be proofed by a radiation sensor, and the outcome could be read within 12 seconds.
18.
Primoco UAV can be completed with additional devices according to the usage purpose, for example record devices ( HD camera, Flir, Lidar, Multispectral / Hyperspectral Camera, radiation sensors etc . The plane is mostly used during field monitoring ( industry, agriculture, search for individuals as well as crowd monitoring ).
19.
In addition, Alphasat will host four ESA-provided technology demonstration payloads : an advanced star tracker using active pixel technology, an optical laser terminal for geostationary to low-Earth orbit communication at high data rates, a dedicated payload for the characterization of transmission performance in the Q-V band in preparation for possible commercial exploitation of these frequencies and a radiation sensor to better characterise the environment at geostationary orbit.
