通过所述栅极场来调制电荷注入。
电荷注入机制是制成高的纯熟释电系数复合材料的必需条件。
The electric charge injection is necessary to enhance pyroelectric coefficient of composite.
通过改进积分器的结构，显著减小了开关电荷注入效应引起的调制器的谐波失真。
An improved structure of switched-capacitor integrator is used to reduce the harmonic distortion induced by charge-injection effect.
本发明改善有机薄膜元器件中有机膜电荷注入的方法涉及对材料性能的改良，属于材料科学领域。
This invention provides a method for improving the organic charge injection in organic film component, relating to improving the quality of material and belonging to material science region.
该技术通过消除采样开关有限导通电阻的影响，补偿了采样带宽，并避免了时钟馈通和电荷注入的加剧。
The CEC technique compensates the sampling bandwidth by eliminating the impact from finite on-resistance of the sampling switch, and avoids increasing clock feedthrough and charge injection.
介绍了开关电流电路的基本单元结构，讨论了影响故障诊断精度的主要因素，重点分析了电荷注入误差。
The basic unit structure of the SI is introduced in this paper. It also discusses the main factors which affects the precision of fault diagnosis and analyzes the charge injection error in detail.
碰撞电离通过一在一浮栅电荷存储晶体管(11)的衬底(20)中限定一虚拟二极管(30)的电荷注入器(25)而产生。
Impact ionization arises from a charge injector (25), defining a virtual diode (30) in the substrate (20) of a floating gate charge storage transistor (11).
采样保持电路设计采用了电容下极板采样技术，不仅有效地避免了电荷注入效应引起的采样信号失真，而且消除了时钟馈通效应的不良影响。
The sample and hold circuit is employed by the bottom plate sampling technique, which could not only cancel the charge injection error but also eliminate the effect of clock feed-through.
利用电荷泵方法可以有效而准确地测量出注入电荷沿沟道方向的分布。
The lateral distribution of injected charges can be measured precisely using the charge pumping method.
其原因是带电粒子注入油介质过程中所产生的扰动使油间隙中不能积累空间电荷。
This is because photoelectrons injected into oil-gap from HV electrode could not be accumulated.
该EHD传导泵不需要在液体中直接注入电荷。
The EHD conduction pump does not require direct injection of electric charges into the fluid.
通过模拟束流的传输过程，观察空间电荷效应对束流产生的影响，进一步对注入系统的元件参数进行适当的优化，从而对束流包络进行控制。
The infection of the space charge was observed by simulating the transmission of the beams, and the parameters of the system were optimized to control the envelope of the beam.
利用数值模拟方法研究了加速场强、注入相位、束团大小、形状、电荷等因素对束流横向发射度产生的影响。
The effect of field strength, initial phase, bunch shape and charge on electron beam transverse emittance is also explored by numeric simulation method.
叠层发光器件性能的提高与中间电荷产生层向上下两个发光单元有效的电子、空穴注入有关。
The improvement of tandem device performance is attributed to the efficient electron and hole injection from charge generation layer to two adjacent emission units.
在考虑载流子的空间电荷效应、扩散效应和注入电流脉宽情况下，推导了双漂移崩越二极管的渡越角表达式。
Taking the effects of space charge and carrier diffusion as well as injected current pulse width into account, an analytic expression of a transit angle of 8 mm Si DDR IMPATT diode is derived.
但已获专利的TMBS结构可消除到漂移区的少数载流子注入，从而最大程度地减少存储的电荷，以及提高转换速度。
The patented TMBS structure, however, diminishes minority carrier injections to the drift region, minimizing stored charges and improving switching speed.
结果表明，电介质的击穿并不总是发生在电荷的注入过程中，也可以发生在空间电荷的脱阱过程中。
The experimental results show that not only space charge injection but its detrapping also makes samples breakdown.
利用衬底热空穴注入技术分别控制注入到薄栅氧化层中的热电子和空穴量，对相关击穿电荷进行了测试和研究。
Charge to breakdown of the thin gate oxides was tested and investigated by controlling the amounts of injected hot electrons and holes separately with substrate hot holes injection method.
电化学测试结果表明由于噻吩单元的引入，卟啉聚合物和小分子染料的能隙都降低了，从而有利于电荷的注入和传输。
Electrochemical measurement displayed that the band gaps of the polymers as well as porphyrin dyes were reduced by introducing thiophene units, thus improved the charge mobility.
在介质表面存在电荷积累引起的充电效应，这降低了介质表面电势和离子注入能量；
There exist the charging effects because of charge accumulation at the surface of dielectric, which decrease the dielectric surface potential and the ion implant energy.
在剥离注入中，带电离子通过碳膜后的电荷态分布对注入效率有较大影响。
The charge state distribution of the ions passing through the carbon foil has great influence on the performance of the accelerator and thus plays a key role in the charge stripping injection.
在剥离注入中，带电离子通过碳膜后的电荷态分布对注入效率有较大影响。
The charge state distribution of the ions passing through the carbon foil has great influence on the performance of the accelerator and thus plays a key role in the charge stripping injection.
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