The concept of electronic transmutation (ET) depicts the processes that by acquiring an extra electron, an element with the atomic number Z begins to have properties that were known to only belong to its neighboring element with the atomic number Z+1. Based on ET, signature compounds and chemical bonds that are composed of certain elements can now be designed and formed by other electronically transmutated elements. This Minireview summarizes the recent developments and applications of ET on both the theoretical and experimental fronts. Examples on the ET of Group 13 elements into Group 14 elements, Group 14 elements into Group 15 elements, and Group 15 elements into Group 16 elements are discussed. Compounds and chemical bonding composed of carbon, silicon, germanium, phosphorous, oxygen and sulfur now have analogues using transmutated boron, aluminum, gallium, silicon, nitrogen, and phosphorous.

中文翻译：

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电子Trans变（ET）：将一种元素化学转化为另一种元素

电子trans变（ET）的概念描述了以下过程：通过获取额外的电子，原子序数为Z的元素开始具有仅属于其原子序数为Z + 1的相邻元素的属性。基于ET，现在可以由其他电子other变元素设计和形成由某些元素组成的特征化合物和化学键。这份小型回顾总结了ET在理论和实验方面的最新发展和应用。讨论了将第13组元素转换为第14组元素，将第14组元素转换为第15组元素以及将第15组元素转换为第16组元素的ET的示例。现在，由碳，硅，锗，磷，氧和硫组成的化合物和化学键具有使用trans变硼的类似物，