gh density and temperature.
The use of spherical charge from explosive detonated at several points on outer surface simultaneously and hollow filled with deuterium, as Schumann held, would lead to initiation of thermonuclear reaction in deuterium. In late 1950th, USSR conducted an analogous research but also finally failed (Kozyrev).

4. Germany had a greater amount of natural uranium and its industry had a technology of its processing. Germany has manufacture of high explosive castable mixture hexotol This materials are base materials for atomic device and this materials were tested in combat cumulative charges for light anti-tank grenade launchers.

5 Germany had a technology of making heavy water and could be able to start laboratory production of deuterium required for carrying out explosion tests for initiation of thermonuclear reaction. So, simple scheme tested in Germany would be spherical charge from explosive detonated at several points on outer surface simultaneously. Hollow of this charge was filled core or levitated composite cores from uranium with deuterium. Under explosion uranium are crushed, burnt and flown. In our observation in case condition combustion of uranium generate a bright flash and fire. Size of uranium dispersion zone is 10-20 m for explosive charge with 150 kg mass and 30 kg uranium mass. What is why this device was no “dirty bombs” out of small radiological and chemical attack zone. In conclusion, we would like to note that the German atomic project is impression by its deep understanding of nuclear chain and shock waves history under implosia. For example, it was assumed that nuclear chain will be initiated by means of fast neutron generated by high –voltage discharge tube, situated out of explosive charge.
USSR developed an analogous device only in 1954.

Alvin M.Weinberg et al., American scientists, were absolutely correct in concluding that German specialists had a deep understanding of nuclear arms regardless of properties of 235U and 239X94, which later on were called plutonium.

Vladimir Mineev, Alexander Funtikov,
Professors of Institute for High Temperatures Russian Academy of Sciences,
designers explosive device for Soviet nuclear weapons at 1995-1976 years


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