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the magnetic scattering
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  磁散射
     Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov de Gennes equations and Furusaki Tsukada formula for the Josephson current, we calculate the dc Josephson current in s wave superconductor / ferromagnetic insulator / s wave superconductor junctions.
     在s波超导体 /铁磁绝缘层 /s波超导体Josephson结 (S/FI/S)中 ,考虑结界面铁磁绝缘层的磁散射和粗糙散射情况下 ,运用Bogoliubov deGennes(BdG)方程和Furusaki Tsukada(FT)的电流公式计算准粒子的输运系数及S/FI/S结的直流Josephson电流与温度T ,结两侧的相位差之间的关系 .
短句来源
     In the temperature range 10~80 K, the experimental data of ρ(T) for three compounds are fitted fairly well by Eq. ρ=ρ0+AlnT+BT2+CT5. Results indicate the magnetic scattering and the electron s~d scattering are weakened with the V doping increasing.
     用公式ρ=ρ0+AlnT+BT2+CT5对三个合金10~80K温区内电阻率-温度曲线的拟合结果表明,随着钒掺杂的增加,磁散射和s~d电子散射减小.
短句来源
     It is found that dc Josephson currents are suppressed by the magnetic scattering and rough interface scattering.
     研究表明 :结界面的磁散射和粗糙散射均抑制结中准粒子的Andreev反射 ,降低了流过S/FI/S结的直流Josephson电流 .
短句来源
     Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov-de Gennes equations and Furusaki-Tsukada formula for the Josephson current, we calculate the dc Josephson current in s-wave superconductor / ferromagnetic insulator / d-wave superconductor junctions.
     在 s波超导体 /铁磁绝缘层 / d波超导体 Josephson结 (s/ FI/ d)中 ,考虑结界面铁磁绝缘层的磁散射和粗糙散射情况下 ,运用 Bd G方程和 FT的电流公式计算准粒子的输运系数及 s/ FI/ d结的直流 Josephson电流与温度 T、结两侧的相位差之间的关系。
短句来源
     Taking into account the magnetic scattering and rough 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.
     在正常金属铁磁绝缘层dx2-y2+idxy混合波超导隧道结中,考虑到铁磁绝缘层的磁散射和界面的粗糙散射效应,运用BogoliubovdeGennes(BdG)方程和BlonderTinkhamKlapwijk(BTK)理论,计算了隧道结中的准粒子传输系数和微分电导.
短句来源
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  层的磁散射
     Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov de Gennes equations and Furusaki Tsukada formula for the Josephson current, we calculate the dc Josephson current in s wave superconductor / ferromagnetic insulator / s wave superconductor junctions.
     在s波超导体 /铁磁绝缘层 /s波超导体Josephson结 (S/FI/S)中 ,考虑结界面铁磁绝缘层的磁散射和粗糙散射情况下 ,运用Bogoliubov deGennes(BdG)方程和Furusaki Tsukada(FT)的电流公式计算准粒子的输运系数及S/FI/S结的直流Josephson电流与温度T ,结两侧的相位差之间的关系 .
短句来源
     Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov-de Gennes equations and Furusaki-Tsukada formula for the Josephson current, we calculate the dc Josephson current in s-wave superconductor / ferromagnetic insulator / d-wave superconductor junctions.
     在 s波超导体 /铁磁绝缘层 / d波超导体 Josephson结 (s/ FI/ d)中 ,考虑结界面铁磁绝缘层的磁散射和粗糙散射情况下 ,运用 Bd G方程和 FT的电流公式计算准粒子的输运系数及 s/ FI/ d结的直流 Josephson电流与温度 T、结两侧的相位差之间的关系。
短句来源
     Taking into account the magnetic scattering and rough 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.
     在正常金属铁磁绝缘层dx2-y2+idxy混合波超导隧道结中,考虑到铁磁绝缘层的磁散射和界面的粗糙散射效应,运用BogoliubovdeGennes(BdG)方程和BlonderTinkhamKlapwijk(BTK)理论,计算了隧道结中的准粒子传输系数和微分电导.
短句来源
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  the magnetic scattering
We found that Hc2(T) does not follow the conventional theory with or without fluctuations and the magnetic scattering, but is consistent with the prediction based on the Bose-Einstein condensation of charged bosons formed aboveTc.
      
With these data we have given qualitative discussions on the magnetic scattering process of conduction carriers.
      
This finding is consistent with the modulated profile of the magnetic scattering in neutron diffraction and the result of a magnetization measurement.
      
For some transitions, the magnetic scattering will be comparable to the charge scattering.
      
We study this quantum effect through the semiclassical analysis on total cross sections in the magnetic scattering by two solenoidal (point-like) fields with total flux vanishing in two dimensions.
      
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The temperature dependence of resistance at between 1.5 to 4.2 K and the magnetoconduct-ances at 1.5 and 4.2 K in 100A Cu films and Cu films with small amounts of La,Ce additives are reported.The results of Cu films are consistent with those in published literature.La,Ce additives have similar influence on spin-orbit scattering.The effect of Ce additive on the inelastic scattering is obvious.The logarithmic anomaly in temperature dependence of resistance and the magnetic scattering for Cu films with Ce...

The temperature dependence of resistance at between 1.5 to 4.2 K and the magnetoconduct-ances at 1.5 and 4.2 K in 100A Cu films and Cu films with small amounts of La,Ce additives are reported.The results of Cu films are consistent with those in published literature.La,Ce additives have similar influence on spin-orbit scattering.The effect of Ce additive on the inelastic scattering is obvious.The logarithmic anomaly in temperature dependence of resistance and the magnetic scattering for Cu films with Ce is hardly understood on the basis of weak localization theory.

本文报道了100(?)铜膜及加少量 La,Ce 后在1.5K 和40K 之间的电阻随温度的变化以及在固定温度4.2K 和1.5K 的磁电导.铜膜结果和文献一致.La,Ce 的加入对电子的自旋轨道散射有相近的影响.少量 Ce 的加入明显影响到电子的非弹性散射.加 Ce 样品电导随温度关系中的对数反常及磁散射行为难于用现有的弱局域理论解释.

Taking into account the rough interface scattering and magnetic scattering effects of the ferromagnet layer in the normal metal\|ferromagnet insulator\|d wave superconductor junctions,using Bogoliubov\|de Gennes equations and Blonder\|Tinkham\|Klapwijk model,we have calculated the differential conductance.It is found that:1)both rough interface scattering and magnetic scattering can suppress the zero\|bias conductance peaks(ZBCP),in which the magnetic scattering can lead to a splitting of the ZBCP but...

Taking into account the rough interface scattering and magnetic scattering effects of the ferromagnet layer in the normal metal\|ferromagnet insulator\|d wave superconductor junctions,using Bogoliubov\|de Gennes equations and Blonder\|Tinkham\|Klapwijk model,we have calculated the differential conductance.It is found that:1)both rough interface scattering and magnetic scattering can suppress the zero\|bias conductance peaks(ZBCP),in which the magnetic scattering can lead to a splitting of the ZBCP but the rough interface can resist the splitting,and the ZBCP will evolve some dips due to two higher potentials of the scattering;2)the subgap resonances in the differential conductance are predicted under the condition of a ferromagnet layer located at a distance several times larger than the coherence length from the superconductor interface.

在正常金属铁磁绝缘层d 波超导隧道结中,考虑到铁磁绝缘层的粗糙界面散射和磁散射效应,运用Bogoliubovde Gennes(BdG) 方程和BlonderTinkhamklapwijk(BTk) 理论模型,计算隧道结中的准粒子传输系数和微分电导.计算表明:1) 粗糙界面散射和磁散射都能压低零偏压电导峰,其中磁散射能使零偏压峰滑移,而粗糙界面却能阻止零偏压峰的滑移,且随着两种散射强度的逐渐增大,又能使零偏压电导峰渐渐变为凹陷;(2) 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隙谐振峰

Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov-de Gennes equations and Furusaki-Tsukada formula for the Josephson current, we calculate the dc Josephson current in s-wave superconductor / ferromagnetic insulator / d-wave superconductor junctions. It is found that dc Josephson currents are suppressed by the magnetic scattering and rough interface scattering and the Josephson effect depends on strongly the crystalline axis orientation...

Taking into account the magnetic scattering and rough interface scattering effects, within Bogoliubov-de Gennes equations and Furusaki-Tsukada formula for the Josephson current, we calculate the dc Josephson current in s-wave superconductor / ferromagnetic insulator / d-wave superconductor junctions. It is found that dc Josephson currents are suppressed by the magnetic scattering and rough interface scattering and the Josephson effect depends on strongly the crystalline axis orientation of d-wave superconductor in s/FI/d junction.

在 s波超导体 /铁磁绝缘层 / d波超导体 Josephson结 (s/ FI/ d)中 ,考虑结界面铁磁绝缘层的磁散射和粗糙散射情况下 ,运用 Bd G方程和 FT的电流公式计算准粒子的输运系数及 s/ FI/ d结的直流 Josephson电流与温度 T、结两侧的相位差之间的关系。研究表明 :结界面的磁散射和粗造散射均抑制结中准粒子的 Andreev反射 ,降低了流过 s/ FI/ d结的直流 Josephson电流 ,直流Josephson电流 I随温度 T、相位差φ的变化曲线强烈地依赖于 d波超导体的晶轴方位

 
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