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首页> 外文期刊>World Journal of Nuclear Science and Technology >Electromagnetic Nature of Nuclear Energy: Application to H and He Isotopes
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Electromagnetic Nature of Nuclear Energy: Application to H and He Isotopes

机译：核能的电磁性质：在H和He同位素中的应用

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摘要

The one million times ratio between nuclear and chemical energies is generally attributed to a mysterious strong force, still unknown after one century of nuclear physics. It is now time to reconsider from the beginning the assumptions used, mainly the uncharged neutron and the orbital motion of the nucleons. Except for the long range Coulomb repulsion, the electric and magnetic Coulomb’s forces between adjoining nucleons are generally assumed to be negligible in the atomic nucleus by the nuclear specialists. The Schrodinger equation with a centrifugal force as in the Bohr model of the atom is unable to predict the binding energy of a nucleus. In contrast, the attractive electric and repulsive magnetic Coulomb forces alone explain quantitatively the binding energies of hydrogen and helium isotopes. For the first time, with analytical formulas, the precision varies between 1 and 30 percent without fitting, adjustment, correction or estimation, proving the electromagnetic nature of the nuclear energy.
机译：核能和化学能之间的百万分之一的比例通常归因于一种神秘的强大力量，在一个世纪的核物理之后仍然未知。现在该从头开始重新考虑所使用的假设，主要是不带电的中子和核子的轨道运动。除了远距离的库仑排斥之外，核专家通常认为相邻核子之间的电磁库仑力和电磁力可以忽略不计。如原子的玻尔模型中那样，具有离心力的薛定inger方程无法预测原子核的结合能。相反，仅吸引力的电和排斥性库仑力就定量地解释了氢和氦同位素的结合能。首次使用分析公式，其精度在1％到30％之间变化，而无需进行拟合，调整，校正或估计，从而证明了核能的电磁性质。

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