使用这种大小的约瑟芬结,是为了能在低温中显现出其电荷效应(charging effect).一般而言,这种尺寸的约瑟芬结,仍然要将温度降低于1K才能观察到其电荷效应.
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...象1: 短沟和窄沟效应对阈值电压的影响 横向和纵向的非均匀掺杂效应 垂直电场导致的迁移率下降 体电荷效应(bulk charge effect) 载流子速度饱和 漏致势垒降低(DIBL,Drain-Induced Barrier Lowering) 沟长调制(CLM,Channel Length Modulation) 衬底电流...
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表面电荷效应 surface charge effect
空间电荷效应 space-charging effect ; effect space-charge ; [电子] space charge effect
纵向空间电荷效应 longitudinal space charge effect
空间电荷效应破坏 space charge breakdown
界面电荷效应 interface charge effects
电荷补偿效应 charge compensation effects
电荷注入效应 Charge Injection
电荷容积效应 charge-volume effect ; effect charge-volume
粒子运动方程中考虑了空间电荷效应和束流负载效应。
The space charge effect and the beam loading effect are considered in the equation of beam dynamics.
在实际工作中,区分储存电荷效应(在绝缘体中)和压电效应可能是相当困难的。
In practice, it may be quite difficult to distinguish stored charge effects (in insulators) from piezoelectric effects.
以上:1.1版的世界粮食理事会是负责国际中心,你清楚地看到加强电荷效应。
Above: the WFC v1.1 is charged with the VIC, you see clearly the stepping charge effect.
And the point that I also want to make is the way that they differ, z effective actually differs from the total charge in the nucleus due to an idea called shielding.
我也想指出的一点是它们不同的方式,有效的z事实上不同于原子核的,总电荷量,因为屏蔽效应。
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