Bilingual edition: English is preserved and Chinese follows each unit. Terminology uses the confirmed v20260916 glossary; automated semantic review remains traceable.
中英双语版:英文原文完整保留,中文紧随对应单元;术语采用 v20260916 确认表,自动语义审校结果可追溯。

Energy Bands:Insulators and Semiconductors

能带:绝缘体和半导体

The energy bands for the outermost electrons are qualitatively similar for carbon, silicon, germanium and tin. Though they will differ in detail, the generic band diagram below can show why these materials have different electrical properties.

More explanation of diagram
图的进一步解释
Closer look at band gaps
带隙的深入探讨
Environment in periodic table
元素周期表中的环境
碳、硅、锗和锡的最外层电子的能带在定性上是相似的。尽管细节会有所不同,下面的通用能带图可以说明这些材料为何具有不同的电学性质。
Index

Semiconductor concepts

Semiconductors for electronics

References
Sproull & Phillips

Rohlf
Ch 14
索引 半导体概念 半导体在电子学中的应用 参考文献 Sproull & Phillips Rohlf 第14章
 
HyperPhysics***** Condensed Matter
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Energy Bands:Insulators and Semiconductors

能带:绝缘体和半导体
Show context in periodic table
在元素周期表中展示上下文
More details on band gaps
关于能带间隙的更多细节
Index

Semiconductor concepts

Semiconductors for electronics

References
Sproull & Phillips

Rohlf
Ch 14
索引 半导体概念 半导体在电子学中的应用 参考文献 Sproull & Phillips Rohlf 第14章
 
HyperPhysics***** Condensed Matter
HyperPhysics ***** 凝聚态物理
R Nave
Go Back
返回