原子结构论

The theory of atomic structure

摘要: 近代科学研究认为原子是由原子核和核外电子组成，核居中，电子绕核做高速圆周运动。其中，静电场力为电子绕核运动之向心力。这也是目前大多数人相信并认识的原子结构模型。但是，当假设一个处于无限大真空中“静态”质子，吸引着一足够远的电子，电子由静止开始向着这枚质子加速运动，其结果是与质子正面撞击。当电子砸中质子时是非弹性碰撞，电子将沿电场线方向振动，且逐步以光、热辐射方式耗尽其能量；若它们之间是完全非弹性碰撞，电子将直截坠落于质子表面不得动弹，一次性将能量以光、热辐射出去。本文通过对场力传递模拟、渐近自由等分析，得出与以往不一样的原子结构猜想图。——或许，本文才是对原子结构的真实写照。

Abstract: Modern scientific research considers that atoms are composed of nuclei and nuclear outer electrons, in which the electron orbits around the nucleus and makes a high-speed circular motion. Among them, electrostatic field force is the centripetal force of electron circumnuclear motion. This is also the atomic structure model that most people now believe and recognize. But, when assuming an infinite "static" proton in a vacuum, attracts a far enough electronic, electronic start from static to this proton accelerated motion, the result is positive impact and protons. When the electron hits the medium, it will be a non-elastic collision. The electron will vibrate along the field line, and the energy will be exhausted by light and thermal radiation. If there is a completely inelastic collision between them, the electron will fall directly to the surface of the proton and not move, and the energy will be radiated out at once by light and heat. Through the analysis of the field force transfer simulation and asymptotic freedom, this paper obtains the atomic structure conjecture diagram which is different from the previous one. _Perhaps this is a true picture of the atomic structure.