这一特性使它有可能在新一代微电子设备中发挥重要作用，并为极化输运理论及自旋电子学的研究开辟崭新的领域。
This property makes it possible for them to play a key role in future electronic devices and to offer an interesting field for the study of spin-polarized transport theory and spin electronics.
已经确证，心肌收缩始于动作电位使肌膜去极化。
It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.
已经确证，心肌收缩始于动作电位使肌膜去极化。
It is well established that the cardiac contraction is initiated when an action potential depolarizes the sarcolemma.
当电压施加在绝缘材料上，会产生一个静电场，电场极化材料内部的原子，使电容器能够储存能量。
When voltage is applied to a dielectric, an electrostatic field is created. The atoms within the material polarize , enabling the capacitor to store energy that can be quickly released on demand.
界面层的存在使介电系数、自发极化、矫顽电压、漏电流都与薄膜的厚度有关。
Dielectric constant polarization coercive voltage and leakage current have relations with the thickness of thin films because of the interface layer.
将其应用于较复杂的多重微扰单模光纤，使双折射及极化公式具有极其简单的形式和明确的物理意义。
Applying then to complex multiply perturbed single-mode fibers, the expressions of birefringence and evolution of polarization are found to be very simple and quite intuitive.
锂离子的静电作用和极化作用，使锰氧之间的离子键成分减小，共价键成分增加，整个尖晶石骨架结构更加稳定。
The electrovalent bond weakens and the covalent bond strengthen between manganese and oxygen due to ion polarization effect, which makes the spinel structure more stable.
结论运动诱导的心肌肥厚使QT离散度减小，反映了长期运动个体心肌复极化的稳定性。
Conclusion QTd was decreased in exercise-induced cardiac hypertrophy subjects, which may reflect homogeneous myocardial repolarization in long term trained subjects.
剩余极化作用的引入可以解释一些实验现象，并使线性压电本构下场的求解更趋于全面。
Moreover, the effect of remanent polarization can be used to explain some experimental phenomena and make the solution with a linear constitutive equation more complete.
畴壁的存在使自发极化和居里温度降低，使临界尺寸增大。
The existence of domain walls reduces both the spontaneous polarization and the Curie temperature, and increases the critical size.
另外，等离子体轰击在薄膜的近表面引入了电荷陷阱，使俘获的驻极化电荷能较稳定地保存。
In addition, the plasma bombardment induces the charge traps into the near-surface, which make the trapped charge stored stably.
这一特性使它比磁存储器的速度更快，因磁存储器中的二进制数字(比特)是由磁极化区而不是由电荷表示的。
This has allowed them to be much faster than magnetic memory, in which the binary digits (" bits ") are represented by magnetically polarised regions rather than electric charges.
这一特性使它比磁存储器的速度更快，因磁存储器中的二进制数字(比特)是由磁极化区而不是由电荷表示的。
This has allowed them to be much faster than magnetic memory, in which the binary digits (" bits ") are represented by magnetically polarised regions rather than electric charges.
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