钝化机理的英文

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"钝化机理"怎么读用"钝化机理"造句

英文翻译手机版

mechanism of passivity

"钝化"英文翻译 deactivation; inactivation; ...
"机理"英文翻译 mechanisation; mechanization ...
"磁化机理" 英文翻译 : magnetization mechanism
"催化机理" 英文翻译 : catalytic mechanism
"脆化机理" 英文翻译 : embrittling mechanism
"固化机理" 英文翻译 : curing mechanism
"活化机理" 英文翻译 : mechanism of activation
"焦化机理" 英文翻译 : mechanism of coking
"空化机理" 英文翻译 : cavitation mechanism
"老化机理" 英文翻译 : aging mechanism; mechanism of aging
"气化机理" 英文翻译 : gasification mechanism
"强化机理" 英文翻译 : strengthening mechanism
"酸化机理" 英文翻译 : acid mechanism
"同化机理" 英文翻译 : mechanism of assimilation
"退化机理" 英文翻译 : degradation mechanism
"雾化机理" 英文翻译 : atomization mechanism
"硬化机理" 英文翻译 : hardening mechanism
"支化机理" 英文翻译 : branching mechanism
"富营养化机理" 英文翻译 : eutrophication mechanism
"键合退化机理" 英文翻译 : bond degradation mechanisms
"血液净化机理" 英文翻译 : blood clearing mechanism
"矿滤池净化机理" 英文翻译 : purification mechanism of sand filter
"钝化" 英文翻译 : [化学] deactivation; inactivation; [半] passivation◇钝化表面 passivated surface; 钝化处理 passivate
"机理" 英文翻译 : mechanisation; mechanization; mechanism 分娩机理 [医学] mechanism of labor; 腐蚀机理 corrosion mechanism; 结晶机理 crystallization mechanism
"钝化层" 英文翻译 : passivating layer; passivation layer; passivator

例句与用法

In this paper , the theory of negatively charged surface states is used to investigate dynamic breakdown characteristics and the increase of gate - drain breakdown voltage as well as the reduction of saturated drain - source current after sulfur passivation . the measure which can improve the stability of sulfur passivation is proposed
本论文通过对gaasmesfet击穿机理和硫钝化机理的研究，用负电荷表面态理论，解释了gaasmesfet动态击穿特性及硫钝化后栅漏击穿电压增大、源漏饱和电流减小的机理，提出了改善硫钝化稳定性的措施。
Research on surface and grain boundary passivation mechanism obtained effects of surface recombination on crystalline silicon solar cell performance and the theoretical expression of grain boundary recombination velocity . the limit ratio of short - circuit current increment for anti - reflection coating utilization on solar cells was obtained . the crystalline silicon solar cell spectral response , contact resistance and minority carrier lifetime measurement systems were established
钝化机理研究获得了表面复合对不同表面掺杂浓度晶体硅太阳电池性能的影响、表面和界面复合速度的理论表达式；研究得到了减反射膜对太阳电池短路电流增量比的极限；建立了太阳电池光谱响应、栅线电极接触电阻和少子寿命等测试系统。