负微分电导的英文

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"负微分电导"怎么读用"负微分电导"造句

英文翻译手机版

negative differential conductivity

"负"英文翻译 burden; load
"微分"英文翻译 differential
"电导"英文翻译 conduction; conductance; con ...
"微分电导" 英文翻译 : differential conductance
"百分电导率" 英文翻译 : percentage conductivity
"积分微分电路" 英文翻译 : integral differential circuit
"微分电离室" 英文翻译 : differential ionization chamber
"微分电路" 英文翻译 : circuit, differential; defferential cercuit; derivation circuit; differential circuit; differentiated circuit; differentiating circuit; differentiating network; differentiation circuit; differentiator; peaker; sharpening circuit
"微分电容" 英文翻译 : differential capacity; diode differential capacitance
"微分电容量" 英文翻译 : differential capacitance
"微分电容器" 英文翻译 : differential capacitor; vernier capacitor
"微分电阻" 英文翻译 : differential resistance
"百分微分电驿" 英文翻译 : pecentage-differential relay
"初始微分电容" 英文翻译 : initial differential capacitance
"数字微分电路" 英文翻译 : digital differential circuit
"微分电路，峰化器" 英文翻译 : peaker
"微分电容特性" 英文翻译 : differential capacitance charact-eristic
"微分电压增益" 英文翻译 : differential vo-ltage gain
"阳极微分电阻" 英文翻译 : anode differential resistance; differential anode resistance
"正向微分电阻" 英文翻译 : forward differential resistance
"微分器微分电路微分元件" 英文翻译 : differentiator
"差动电路微分电路" 英文翻译 : differential circuit
"电阻增量（微分电阻）" 英文翻译 : incremental resistance
"非线性微分电路" 英文翻译 : nonlinear differentiator
"开环微分电压增益" 英文翻译 : open-loop differential voltage gain

例句与用法

Bias voltage , which are related to the superlattice structural paraments , the doped densities and the applied bias voltage . we have also investigated the characteristics of superlattice under hydrostatic pressure by simulations
超晶格的负微分电导区还导致出现固定偏压下随时间变化的电流自维持振荡，振荡产生的条件依赖于其结构参数，掺杂浓度和外加偏压的大小。
We have investigated transport properties of electrons in magnetic quantum structures under an applied constant electric field . the transmission coefficient and current density have been calculated for electron tunneling through structures consisting of identical magnetic barriers and magnetic wells and structures consisting of unidentical magnetic barriers and magnetic wells . it is shown that the transmission coefficient of electrons in a wider nonresonance energy region is enhanced under an applied electric field . the resonance is suppressed for electron tunneling through double - barrier magnetic ( dbm ) structures arranged with identical magnetic barriers and magnetic wells . incomplete resonance at zero bias is changed to complete resonance at proper bias for electron tunneling through dbm structures arranged with different magnetic barriers and magnetic wells . the results also indicate that there exist negative conductivity and noticeable size effect in dbm structures
对磁量子结构中电子在外加恒定电场下的输运性质进行了研究.分别计算了电子隧穿相同磁垒磁阱和不同磁垒磁阱构成的两种磁量子结构的传输概率和电流密度.计算结果表明，在相当宽广的非共振电子入射能区，外加电场下电子的传输概率比无电场时增加.对于电子隧穿相同磁垒磁阱构成的双磁垒结构，共振减弱；对于电子隧穿不同磁垒磁阱构成的双磁垒结构，无电场作用时的非完全共振在适当的偏置电压下转化为完全共振，这时的电子可实现理想的共振隧穿.研究同时表明，磁量子结构中存在着显著的量子尺寸效应和负微分电导