Method for achieving light nuclear polymerization

Abstract

The invention belongs to the technical field of nuclear energy and particularly relates to a method for achieving light nuclear polymerization. The method comprises the following steps: firstly, fabricating a metal palladium microsphere of which the diameter is nanometer level, putting the metal palladium microsphere into D gas, wherein the metal palladium has strong ability of absorbing D, so that D is densely arranged in a crystal lattice of the metal palladium; the nuclear space is much less than that in a normal state; then putting the metal palladium microsphere which absorbs saturated D into a reactor container, symmetrically carrying out target practice by a plurality of strong pulse lasers, wherein the D in the target ball can be used for overcoming nuclear force action under the action of a high-energy laser, is polymerized into atoms with a higher atomic number and can release much energy. The technical scheme provided by the invention adopts the metal palladium to absorb the D gas, so that the distance between D atoms is much smaller than that in the normal state, therefore, the energy required by laser target practice can be effectively reduced, and achievement of light nuclear fusion is facilitated.

Description

technical field [0001] The invention belongs to the technical field of nuclear energy, and in particular relates to a method for realizing light nuclear polymerization. Background technique [0002] Energy and environmental issues have a huge impact on global politics, economy, military and social development, and have become the focus of widespread attention in the world today. Fossil energy, as the current main energy source, not only seriously harms the environment, but also faces depletion in the foreseeable future. Therefore, the need to find alternative energy sources has long been a global consensus. Nuclear fusion energy is undoubtedly the "terminator" of energy and environmental problems: on the one hand, the fusion energy on the earth is extremely rich. According to the current energy demand, only deuterium in seawater can be used by human beings for hundreds of millions of years; on the other hand, On the one hand, the production process of fusion energy does not...

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Problems solved by technology

[0006] However, since the plasma temperature required for fusion is as high as hundreds of millions of degrees, it needs to consume huge energy to maintain the state of high-temperature plasma, so the output energy of the current fusion reactor is lower than the input energy, which lacks economic feasibility; in addition , because it is difficult to maintain a high temperature of hundreds