MANAGED SOURCE OF NUCLEAR ENERGY OF THE COMBINED TYPE OF JOINT USE OF Fission REACTIONS OF HEAVY ATOMIC NUCLEI AND LOW-TEMPERATURE NUCLEAR SYNTHESIS

摘要

1. Control the combined nuclear energy, use the jelly fission reaction T and low temperature nuclear fusion togetherJoint use of fission, high-level and low-temperature nuclear reactors Turf synthesis,1. There are different types of nuclear reactors with different themes;What is the pulse mode operation consisting of a rotating rod,Reactivity production modulusThis part of the rod is a closed skin,Isolation from the core,The other part is opened by neutron flux.Half of them are covered with materials that strongly absorb neutrons.And half of the second pillar is covered with neutron reflective materialThe rod rotates at a speed of 1000 revolutions per minute, affecting the neutron flux to change its intensity,The allowable pulse intensity of pulsed neutron flux is 1018-1019When the reactor core is undergoing low temperature fusion, the target is placed;Plasma irradiated by slow neutron fluxThe target's radiation absorbs slow neutrons and produces a delak excess,As a result, some of the excess neutrons are converted into protons, forming compounds with the captured neutrons and protons, and then these compounds fuse with delamy. Original reagent,A lot of nuclear energy has been separated,Lithium-7 isotopes are used as targets in the reactor, and slow neutron radiation capture leads to nuclear reaction;The consumption of 1 kg lithium-7 allows the release of additional energy, equivalent to 5.67-middot 1010 kcal, equivalent to 5116 kcal of combustion. One ton of gasoline (one kilogram of uranium-235 consumed) produces an energy equivalent to 1.8 million tons of combustion. gasoline;2. Manage NPs in accordance with Item 1 of different topics;The X plate in Li-7 target replaces the isotope plates of mn-24, Si-28 or S-32, while the reaction product of ion exchange device is inert gas stable isotope of ar-36, In this case, the energy allocated will be 10.02 middot 1026mew,7.92-middot 1026 MeV;6.8 middot 1026 megabytes;This is equivalent to burning 3448000 tons. Gasoline, gasoline3000 Gasoline, gasoline(thousands of US dollars) Gasoline, gasolineThis will help expand the scope of cheap clean energy, human and environmental energy.;3. Manage NPs in accordance with Item 1 of different topics;What is the target of se-79 radioisotope plate and hvs-82 noble gas stable isotope? (a) Electronic data exchange equipment separated from the reactor core;In this case, the distributed energy is 2,2-middot 1026 MeV / kg;That's 766 tons of gasoline,The result is less than,Compared with the fission of uranium-235, the energy cost is lower, and the long-term half-life nuclear radioactive waste is being actively treated,;4. Manage NPs in accordance with Item 1 of different topics;The half-life of radioactive waste is long: strontium-90, zirconium-93, technician-99, palladium-107, tin-126, antimony-125, iodine-129, A the product of the reaction is a stable isotope of xenon-130 inert gas, once formed, it will be removed from the reactor core,In this case, when 1 kg of raw material is consumed,Energy 20,9-middot 1026 MeV, 6This is equivalent to combustion 7118 Gasoline, gasoline18.74 middot 1026 megabytes;This is equivalent to burning 654000 tons. Gasoline, gasoline14.78 middot 1026 megabytes;This is equivalent to 514000 tons of combustion. Gasoline, gasoline10.13 middot 1026 megabytes;This is equivalent to burning 3500 tons. Gasoline, gasoline1.3-middot 1026 MeV;This is equivalent to burning 452 tons of gasoline,1.12-middot 1026 MeV;This is equivalent to burning 390 tons of gasoline,0.4-middot 1026 MeV;This is equivalent to burning 139 tons of gasoline,This will enable people to access cheap energy and actively deal with the nuclear waste of the nuclear industry.