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- Geometric diodes, also known as morphological diodes, use the shape of their structure and ballistic / quasi-ballistic electron transport to create diode behavior. Geometric diodes differ from all other forms of diodes because they do not rely on a depletion region or a potential barrier to create their diode behavior. Instead of a potential barrier, an asymmetry in the geometry of the material (that is on the order of the mean free path of the charge carrier) creates an asymmetry in forward vs reverse bias current (aka a diode). (en)
- 幾何二極體（英語：geometric diode）是利用不對稱的幾何結構以及準彈道/彈道輸運方式實現二極體特性。幾何二極體由於不依賴空乏區或電位勢壘來達成單向導通特性，而在所有的二極體中獨樹一幟。 (zh)
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- Geometric diodes, also known as morphological diodes, use the shape of their structure and ballistic / quasi-ballistic electron transport to create diode behavior. Geometric diodes differ from all other forms of diodes because they do not rely on a depletion region or a potential barrier to create their diode behavior. Instead of a potential barrier, an asymmetry in the geometry of the material (that is on the order of the mean free path of the charge carrier) creates an asymmetry in forward vs reverse bias current (aka a diode). (en)
- 幾何二極體（英語：geometric diode）是利用不對稱的幾何結構以及準彈道/彈道輸運方式實現二極體特性。幾何二極體由於不依賴空乏區或電位勢壘來達成單向導通特性，而在所有的二極體中獨樹一幟。 (zh)
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- Geometric diode (en)
- 幾何二極體 (zh)
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