Wednesday, December 20, 2017
ISIS just "left" Irak ! " Irak has been experimenting with radiological weapons.“At the end of 1987 the Al Muthanna State Establishment and the Nuclear Research Center at Al Tuwaitha began exploring the use of radiological “area denial”weapons to prevent enemy forces from entering certain territory. Iraq conducted field experiments of lead-shielded containers weighing 1,400 kilograms, loaded with about a kilogram of irradiated zirconium oxide. Three prototypes were tested in 1987, one in a ground-level static test and two dropped from aircraft. Iraq subsequently modified 100 bombs for use as radiological weapons. These bombs weighed only 400 kilograms so they could fit in bomb bays of aircraft. Iraq claims the tests were unsatisfactory and the program was abandoned in mid-1998. The fate of the 100 bomb casings specially constructed for use as radiological weapons is unknown” This was what the CIA had of Intel. And, as far as I understand, the "system" is trapped in hundreds of problems like this one!
What's our options? " there have been thefts en route. In November 1968, an entire shipment of uranium, with 220 tons of European-owned uranium-oxide disappeared on the ocean. The empty ship, the vessel ’Scheersberg’ which departed from Antwerpen, later turned up in Iskenderum, Turkey. Years later it emerged that it was a Mossad operation, allegedly with the connivance of some Western governments..."
https://www.digitalglobe.com/industries/marine-services
Tuesday, December 19, 2017
" the release of 4.4 pounds of plutonium oxide in powder form in a population center could produce a 100 per cent probability of bone and lung cancer for every person within a distance of 1,800 feet downwind of the release point and a one per cent risk as far as 40 miles downwind..." you get plutonium oxide from plutonium metal, (by oxidation, vitrification, and dissolution ) by oxidation...you just need the right grinder !!!
GIN-PFA Bidirectional Two-way Punch Pin Grinder Grinding Machine Punch Former Lathe Turning Tool
remember we talked about 1000kw on one second? just one battery, supplying Xangai city?
US 4297165 A
RESUMO
In connection with a fusion process which can be initiated by a high energy input such as a laser beam, the use of a layer of uranium surrounding the fusion fuel such as deuterium-tritium or a non-cryogenic fuel such as lithium deuterium-lithium tritium. The uranium serves as a tamper layer to contain the fusion fuel and supplement the heating by a fission reaction which not only increases the fusion yield but increases the time of disassembly, thus materially increasing the efficiency of the fusion system.
Monday, December 18, 2017
welcome back to war! " Here we go – Pure Fusion Neutron Bomb – 3 x normal ratio of Li7/Li6 mix, no fission products needed, tritium not necessary but only need be added for more power, and a palladium trigger – acts as a catalyst for electron transfer (Relatively weak chemical bond Ex: warmth of curing concrete) to start neutron out of the nucleus releasing nuclear energy and the neutron, ie, Li mix injected into palladium or vice versa – although it seems like Beryllium – used in inner bomb as deflectors would also work. Li 7 +e →He 7 →He 6 →Li 6 … Lithium 7 with the addition of an electron (a simple chemical bond will easily produce) the expulsion of a neutron and yield more Li 6. Shhh! It’s a secret"
ABSTRACT
Yield curves have been obtained for eight of the more important reactions of Li6 and Li7 produced by proton and deuteron bombardment in the energy range from 200 to 1000 kev. Each curve was obtained with an accuracy of about five percent, and a set of intercomparisons served to determine the relative yields between the different reactions within 20 percent. A special set of observations on a single reaction then gave the absolute yield for all the reactions within a factor of about three. An investigation was made of the reactions involved in the formation and decay of Li8, the mass of which was found to be 8.02499±0.00020. The range-distribution of the delayed alpha-particles from Li8 was measured and the interpretation of this distribution is discussed. Observations on the reaction Li6+n→He4+H3gave a value of 4.97 Mev for the reaction energy as compared to a value of 4.56 Mev derived from the masses involved. No evidence could be obtained for the production of Li8 by the process Li7+n→Li8. Measurements of the energies of the neutrons produced by deuteron bombardment of Li6 indicated that Be7 is formed by the reaction Li6+D2→Be7+n. Further experiments showed that Be7 is radioactive and is converted to Li7 by K-electron capture. It was found that this process is followed by gamma-ray emission in roughly ten percent of the transitions.
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