IN VIENNA, Austria, scientists are listening for
clandestine nuclear tests.
Researchers used data from sensors designed to detect
clandestine nuclear tests, among other sources, to identify airbursts with an energy equivalent to or larger than that released by 1 kiloton of exploding TNT.
Forensic seismologists work to distinguish a natural earthquake from what could be
a clandestine nuclear test.
Not exact matches
SAN FRANCISCO, CALIFORNIA — Even when they're underground,
nuclear tests can be detected in the skies — and as a result, global satellite networks could become a powerful new tool in the arsenal of weapons to help detect
clandestine underground
nuclear explosions, a team of scientists reported here today at the fall meeting of the American Geophysical Union.
The International Monitoring System (IMS), established by the Comprehensive
Nuclear - Test - Ban Treaty, has a number of different ears to the ground to detect clandestine nuclear weapons testing: seismic networks that listen for terrestrial shock waves, hydroacoustic networks that scan the oceans for sound waves, and radionuclide networks to sniff out radioactive particles that nuclear explosions p
Nuclear -
Test - Ban Treaty, has a number of different ears to the ground to detect
clandestine nuclear weapons testing: seismic networks that listen for terrestrial shock waves, hydroacoustic networks that scan the oceans for sound waves, and radionuclide networks to sniff out radioactive particles that nuclear explosions p
nuclear weapons
testing: seismic networks that listen for terrestrial shock waves, hydroacoustic networks that scan the oceans for sound waves, and radionuclide networks to sniff out radioactive particles that
nuclear explosions p
nuclear explosions produce.
Austrian researchers have used a worldwide network of radiation detectors — designed to spot
clandestine nuclear bomb
tests — to show that iodine - 131 is being released at daily levels 73 per cent of those seen after the 1986 disaster.
The Comprehensive
Nuclear - Test - Ban Treaty (CTBT) has spawned a globe - girdling network of 300 detector stations that sniff out radionuclides, listen for low - frequency sounds, and record tremors — all to discern whether countries are carrying out clandestine nuclear weapons
Nuclear -
Test - Ban Treaty (CTBT) has spawned a globe - girdling network of 300 detector stations that sniff out radionuclides, listen for low - frequency sounds, and record tremors — all to discern whether countries are carrying out
clandestine nuclear weapons
nuclear weapons
tests.
The unlikely source of much of the recent information comes from data sent back to earth by a small satellite designed to detect
clandestine nuclear weapons
tests.