临界电场 meaning in Chinese
critical electric field
Examples
- The result can be used in further study about the yield - stress and critical electric field strength
分析结果可作为进一步讨论电流变液屈服应力以及临界电场强度的基础。 - According to reference , the concept for critical of ground electric field was brought by analyzing ground electric field and atmosphere electric field
根据参阅的大量参考文献,分析了地面电场、空间大气电场在雷电期间的变化情况,提出了“地面临界电场”的概念。 - Charge qs was located near the interface of silicon and oxide . with more charge , the field of buried oxide was improved up to the critical breakdown field basis on entirely continuity of electric displacement vector , and then the vertical breakdown voltage was raised . the comparisons between analytical and simulative results proved its availability of this model to interpret the vertical blocking mechanism
该模型认为，将界面电荷qs引入i层si / sio2的si界面，根据电位移矢量的全连续性，界面电荷qs越多，使i层内电场增加，直至sio2的临界电场，从而提高纵向击穿电压vb . v ，很好得解决了器件的纵向耐压问题。 - The degradation and lifetime model is deeply discussed , dynamic and static stress suffered by devices and circuits are compared and analyzed . a modified model for lc is proposed for better fitting the experimental data and the substrate current model parameters eerit and lc , degradation parameter h , m , n are extracted by the static stress experiment results
详细分析讨论了mosfet的寿命与退化模型，并对电路中器件所受的动态应力与直流静态电应力进行了分析比较：根据实验结果改进了有效导电长度l _ c模型；应用直流电应力实验数据进行了衬底电流模型中载流子速度饱和电子科技大学博士论文临界电场e ； 、有效导电长度lc以及退化参数h 、 m和n的提取。 - But in the moderate electric field 150 kv / cm , there is a sharp change in the configuration and charge distribution of the exciton , i . e . the exciton is directly split into an electron polaron and a hole polaron . the polarization and dissociation happen at a same time , which differs from that in conjugated polymers . and in the strong electric field 350 kv / cm , appear structural phase transition of the chain and luminescence quenching
同时得到两个重要的临界电场值： 1激子解离电场ec1 （ 150kv / cm ） ，在此电场下激子发生瞬间解离，成为电子型极化子和空穴型极化子； 2结构相变电场ec2 （ 350kv / cm ） ，在ec2下二聚化晶格开始被等距晶格取代， ptcl络合物链发生结构相变，并伴随peierls能隙渐趋消失和发光猝灭的现象出现。