核内真空能隙与核反应能释放的新机制

Vacuum Energy Gap inside a Nucleus and a New Mechanism of Nuclear Energy Release

本文利用Einstein-Yukawa方程的度规解,求出标量粒子在核内的真空能隙.结果表明,核内真空能隙出现一个势阱,它容纳标量粒子的束缚态,当粒子与核构成束缚态时,将有能量释放,这是一种通过真空能隙势阱向外释放核能的可能机制.

The metric of Einstein-Yukawa's equation is used for searching for the vacuum gap of scalar particles inside a nucleus. Calculation results show that the vacuum gap can form a potential well inside the nucleus and the well will admit the scalar particle into some bound states. The particle will release energy when a free particle becomes bound. The mechanism proposed is different from that usually described in relevant literature. In the author's model, the potential well with bound energy is a well of vacuum gap.