It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Cohen's parents who immigrated from London, England. He was born on January 25, 1921 in Brooklyn and raised in New York City. He studied math and physics at UCLA before joining the Army after Pearl Harbor.[2] In 1944 he worked on the Manhattan project in the efficiency group and calculated how neutrons behaved in Fat Man, the atomic bomb that was later detonated over Nagasaki, Japan. After the war he studied for his Ph.D at Berkeley before dropping out to join the RAND Corporation.[2] At RAND Corporation in 1950, his work on the intensity of fallout radiation first became public when his calculations were included as a special appendix in Samuel Glasstone's book The Effects of Atomic Weapons. Cohen was personally responsible for recruiting the famous strategist Herman Kahn into the RAND Corporation.[3]
is included as an 'enhanced neutron weapon' in chapter 5 of the declassified (formerly secret) manual edited by Philip J. Dolan, Capabilities of Nuclear Weapons, U.S. Department of Defense, effects manual DNA-EM-1, updated 1981 (U.S. Freedom of Information Act). Provided that the weapon was not used in a thunderstorm, no fallout effects would occur from the use of a neutron bomb according to that manual, as the combination of 500 m burst altitude and low yield prevents fallout in addition to significant thermal and blast effects. The reduction in damage outside the target area is a major advantage of such a weapon to deter massed tank invasions. An aggressor would thus be forced to disperse tanks, which would make them easier to destroy by simple hand-held anti-tank missile launchers.
Most frightening for Cohen is the relative ease by which neutron bombs can be created with a substance called red mercury. Red mercury is a compound containing mercury that has undergone massive irradiation. When exploded, it creates tremendous heat and pressure - the same type needed to trigger a fusion device such as a mini-neutron bomb.
Neutron Bomb - Tritium not necessary but only needs to be added for more power, a palladium trigger, 3 x normal ratio of Li7/Li6 mix and no fission products needed, – acts as catalyst, electron transfer to start neutron out of the nucleus, releases nuclear energy and neutron, ie, palladium injected into Li mix – seems like Beryllium – contained in inner bomb, deflectors would also work. Li 7 +e →He 7 →He 6 →Li 6 … Lithium 7 with the add. of 1 electron the expulsion of a neutron and yield more Li 6.
Most frightening for Cohen is the relative ease by which neutron bombs can be created with a substance called red mercury. Red mercury is a compound containing mercury that has undergone massive irradiation. When exploded, it creates tremendous heat and pressure - the same type needed to trigger a fusion device such as a mini-neutron bomb.
Hg-202 is also used for the production of radioactive Hg-203 which is used for gamma radiation calibration.