论文标题
凝结物质的伽玛和中子辐射
Gamma and neutron radiation from condensed matter
论文作者
论文摘要
提出了原子中不同的电子状态。状态与原子核的静电场结合。这些状态仅在原子的加速期间存在，超过了一定的大价值。这些异常状态的结合能在$ 10 \，mev $范围内。在铅原子中，向异常状态的过渡伴随着$ 33.2 \，mev $ gamma辐射。这不是核能。在实验室闪电中观察到的高能量现象，液体中的电爆炸，固体中的机械应力是悖论性的，因为它们是由低能量扰动引起的。但是，这些观察结果与对异常状态的电子过渡兼容，因为它们的创建仅需要颞原子加速度，而不需要其大的动能。
Different electron states in atom are proposed. The states are bound to the electrostatic field of atomic nucleus cut off on its size. The states exist solely during acceleration of the atom exceeding the certain large value. The binding energy of these anomalous states is in the $10\,MeV$ range. In lead atom the transition to the anomalous state is accompanied by $33.2\,MeV$ gamma radiation. This is not nuclear energy. Observed high energy phenomena in lab lightning, electric explosion in liquids, and mechanical stress in solids are paradoxical since they are caused by low energy perturbations. However, these observations are compatible with the electron transitions to the anomalous states since their creation requires just a temporal atom acceleration but not its large kinetic energy.
