核元素系统表示的遗传方法

V. Leonov
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引用次数: 0

摘要

分析了化学元素的概念。结果表明,在科学实践中,用核元素的概念代替核元素的概念更为方便。物质系统发展过程的遗传方法表明,他的规律是从过去到未来,从简单到复杂,从最低(不发达)到最高(发达)。这些发展的特征要求我们对物质对象进行排序,把它们放在坐标系统中,简单的未发展的对象放在左边下面,复杂的高级对象放在右边和上面。这种与标准观点相反的方法是原子元素周期系统的一种变体排序的证实,在简单原子元素和复杂原子元素的底部都有调节。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The genetic approach to representation of system of nuclear elements
The concept of chemical elements is analyzed. Is shown, that instead of it in interscientific practice it is more expedient to use concept of nuclear elements. The genetic approach to process of development of material systems indicates, that he occurs to law from the past to the future, from simple to complex, from lowest (undeveloped) to highest (developed). These features of development require at ordering material objects to place them in system of coordinates, with which the simple undeveloped objects are placed at the left below, and complex advanced - are placed on the right and above. Such approach contrary to the standard point of view is a substantiation of variant of ordering of periodic system of atomic elements with accommodation in the bottom of simple and above – complex atomic elements.
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