粗糙界面散射,rough interface scattering
1)rough interface scattering粗糙界面散射
1.Taking into account the impurities scattering in the insulating layer andrough interface scattering in the normal metal/insulating layer/s-wave superconductor tunnel junctions,using Blonder-Tinkham-Klapwijk(BTK)theory and Bogoliubove-de Gannes(BdG) eguations,We calculate the differential conductance.在正常金属/绝缘层/s波超导隧道结中,考虑绝缘层中的体杂质散射以及粗糙界面散射,运用Blon-der-Tinkham-Klapwijk(BTK)理论和Bogoliubov-de Gennes(BdG)方程,计算系统的微分电导。
2.Taking into account the magnetic scattering andrough interface scattering effects of the ferromagnet layer in the normal metal-ferromagnet insulator-d__ x2-y2+id_ xy mixed wave superconductor tunnel junctions,using Bogoliubov-de Gennes(BdG) eguation and Blonder-Tinkham-klapwjrk(BTK)theory, We calculate the quasiparticle transport coefficients and the differential conductance.研究表明:(1)磁散射和界面粗糙散射均可以压低电导峰,其中磁散射能使电导峰滑移,而粗糙界面散射却能阻止这种滑移,且两散射的共同作用可抑制由混合波两序参数的幅值比不同所导致的电导峰滑移;(2)随铁磁层离超导表面距离的增加,隧道谱在零偏压处由凹陷变成了零偏压电导峰,继而又演化为凹陷中的中心峰;(3)当铁磁层离开超导表面有若干相干长度时,隧道谱中将呈现一些子能级谐振峰。
3.Taking into account the effects of therough interface scattering and finite quasiparticle lifetime, within the scattering formalism, we calculate the shot noise in normal metal_ d _wave superconductor junctions.考虑到粗糙界面散射和准粒子的有限寿命效应 ,利用散射理论 ,计算正常金属 -d波超导结中的散粒噪声 。
2)roung interface scattering effect粗糙界面散射效应
3)rough surface scattering粗糙面散射
英文短句/例句
1.An FFT Accelerated IRBC for 3D Rough Surface Scattering三维粗糙面散射中IRBC的FFT加速计算
2.Rough Surface Scattering and Study of Polar Mesosphere Summer Echoes Phenomena in Polar Region;粗糙面散射及地球极区中间层顶PMSEs现象研究
3.Analysis of Statistical Characteristics for EM Scattering from Rough Surface and Target粗糙面与目标电磁散射统计特性分析
4.Analysis of Characteristics of Electromagnetic Wave Scattering and Clutter from Rough Ocean Surface;粗糙海面电磁波散射与杂波特性分析
5.Electromagnetic scattering from rough sea surface using small slope approximation粗糙海面电磁散射的小斜率近似方法
6.Research on Electromagnetic Scattering from Rough Surfaces and Composite Scattering from Rough Surface with Target;粗糙面电磁散射及其与目标的复合散射研究
7.In this paper, the the scattering from Gausss rough surface is studied through wavelet method.研究小波变换在粗糙表面电磁散射的应用。
8.Application of the new iterative algorithm to EM scattering新的迭代算法在粗糙表面电磁散射的应用
9.Characteristics of amplitude distribution of EM returns from two dimension fractal surfaces二维分形粗糙面电磁散射回波的幅值分布特征
10.Electromagnetic scattering from a one-dimensional random rough surface using the method of wavelet moment一维随机粗糙面电磁散射的小波矩量解
11.The Application of Wavelet in EM Scatteringfrom Guass Rough Surface小波变换与高斯粗糙表面的电磁散射研究
12.Research on Analytical and Numerical Methods of Electromagnetic Scattering from Randomly Rough Surfaces and Vegetations;粗糙面和植被电磁散射解析及数值方法研究
13.Study on the Multiple Scattering from the Rough Surfaces with Considering the Shadowing Effect;考虑遮蔽效应时粗糙面的多次散射研究
14.Time Domain Integral Equation Method for Electromagnetic Scattering from Rough Surface and Target;目标与粗糙面电磁散射的时域积分方程法
15.Study on the Electromagnetic Scattering Interaction between the Simple Target and Rough Surface;粗糙面与其上方简单目标的复合电磁散射研究
16.Theory of Scattering Loss of Micro- or Nanofiber Caused by Surface Roughness;微纳光纤表面粗糙度引起的散射损耗理论研究
17.Study on Modeling of Composite Electromagnetic Scattering from Targets above the Randomly Rough (Sea) Surface;粗糙（海）面及其上方目标复合电磁散射建模研究
18.Study on Meshfree Method for the Composite EM Scattering from an Object Located on Rough Surface粗糙面上目标复合电磁散射的无网格法研究
相关短句/例句
roung interface scattering effect粗糙界面散射效应
3)rough surface scattering粗糙面散射
4)scattering of rough surface粗糙面散射
5)interface roughness scattering表面粗糙散射
1.A newinterface roughness scattering model is developed using exponential autocovariance functions.提出了一种SiC反型层表面粗糙散射的指数模型 ,并对 6H SiC反型层迁移率进行了单电子的MonteCarlo模拟 ,模拟中考虑了沟道区的量子化效应 。
6)Scattering from Random Surfaces粗糙海面散射
延伸阅读
界面散射（interfacescattering）界面散射（interfacescattering）半导体载流子沿表面层运动的表面迁移率总低于体内迁移率，这种由于沿表面层运动的载流子受到的不同于体内的附加散射，就称之为表面散射或界面散射。界面散射机制比较复杂。例如表面粗糙度散射，是由于表面粗糙不平整引起的散射过程，这时表面不是一个平面而是像一个被弯曲了的薄片，因此当电子沿表面运动时将受到干扰，使迁移率降低。这种散射作用对薄的表面空间电荷层较明显，例如强反型层就属于这种情况。
