1) ferroelectric material cathode
铁电介质阴极
2) ferroelectric cathode
铁电阴极
1.
Influence of the geometric parameter of the ferroelectric cathode on the electron emission from a diode;
铁电阴极几何参数对二极管电子发射的影响
2.
Feasibility of ferroelectric cathode used for neutralizer is proposed.
提出铁电阴极用于小功率电推进中和器的可能性。
3.
Ferroelectric cathode is characterized by its low power consument, fast reactive rate, low vacuum requirement and convenient fabrication.
铁电阴极具有能耗小、响应速度快、真空要求低、制备简单等优点,本文重点讨论了对铁电阴极两种不同发射的解释———极化反转和等离子体发射,并对铁电阴极的制备、工作强度、典型应用等问题作了简要分析。
3) catholyte
['kæθəlait]
阴极电解质
4) ferromagnetic dielectrics
铁磁电介质
5) Dielectric polarization
电介质极化
1.
Nonlinear theory of dielectric polarization:Electron as soliton
电介质极化的非线性理论——作为孤立子的电子
6) gate dielectric
栅极电介质
1.
Traditional SiO\-2 gate dielectric materials fail to overcome the influence brought on by the quantum\|mechanical tunneling\|effect,which is induced by the scaling down of the MOSFET.
传统的SiO2 栅极电介质材料无法克服MOS器件特征尺度缩小带来的量子隧穿效应的影响 。
2.
With the rapid development of semiconductor, traditional SiO2 gate dielectric materials fail to overcome the influence brought on by the quantum-mechanical tunneling-effect, which is induced by the further scaling-down of the MOSFET devices, and then improving the integration of microelectronic devices are greatly restricted.
因此寻找新一代MOSFET栅极电介质材料来取代SiO2已经成为人们研究的热门课题。
补充资料：液体电介质电击穿
液体电介质电击穿
breakdown in dielectric liquids
丫e们d{0川旧7日妇ch日on液体电介质击穿(b reakdownindielectricliquids)在电场作用下，液体电介质由绝缘状态突变为良导电状态的过程。 液体电介质击穿过程的试验研究还不很充分，全面描述液体电介质击穿的理论尚未形成。对于纯净的液体电介质，存在两种用来解释击穿过程的理论—电击穿理论(见液体电介质电击穿)和气泡击穿理论(见液休电介质气泡击穿)。对于或多或少含有水分、纤维等杂质的工程用液体电介质的击穿过程，可用小桥击穿理论(见液体电介质小桥击穿)解释二
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条