透明阳极发射极，简称透 明发射极（TransparentEmitter）或透明阳极（Transparent Anode）是一个发射效率 依赖电流密度的很薄的pn结，其损耗和开通阈值电压都很低。
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This structure must unify with the transparent anode structure.
这一结构必须与透明阳极结构相结合。
参考来源 - 采用缓冲层结构的脉冲功率开关RSD研究·2,447,543篇论文数据，部分数据来源于NoteExpress
模拟结果表明，缓冲层与透明阳极各自区域中的杂质总量是决定GCT的通态压降的关键因素。
Simulation results show that the total amount of impurity in the buffer layer or transparent an - ode is the key to determine the on-state voltage drop of GCT device.
本文介绍了我们最近开发的真空微电子平板数码管工艺，主要包括阳极支柱（阵列）的制作和平板透明真空封装。
The process developed recently for vacuum microelectronic flat-panel nixie is introduced, including mainly how to fabricate the anode pillars(array)and the transparent flat-panel vacuum packages.
利用双室透明石英电解槽研究了铝电解金属阳极上气泡的析出行为。
The behaviour of bubble evolved from metal anode was researched during aluminum electrolysis in a two-compartment see-through quartz cell.
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