magnetoresistance造句

• Magnetoresistance of la2 3sr1 3mno3 nife2o4 composites
  4复合多晶材料的磁电阻效应
• Advances in research on gigantic magnetoresistance materials
  巨磁电阻材料研究进展
• Giant magnetoresistance effect of granular films
  颗粒膜的巨磁电阻效应
• Electronic compass based on giant magnetoresistance
  效应的电子指南针
• Transport and magnetoresistance properities in wo3 doped la2 3sr1 3mno
  3电输运与磁电阻特性
• Novel magnetic oxides for refrigerants and tunneling magnetoresistance materials
  巨磁电阻和磁性能
• Property and application of permalloy magnetoresistance sensor
  坡莫合金磁阻传感器的特性研究和应用
• Electromagnetic properties and magnetoresistance effects of manganite la0 . 7 - xyxca0 . 3mno
  3的电磁特性和磁电阻效应
• The effect of ion implantation on the giant magnetoresistance of granular film
  离子束改性对颗粒膜巨磁电阻效应的影响
• Magnetic properties of feco - sio2 granular film and its tunneling magnetoresistance effect
  2颗粒膜的磁性和隧道磁电阻效应研究
• The tunneling magnetoresistance effect and microstructure of fe25ni75 sio2 discontinuous multilayer films
  2多层膜的微结构和隧道磁电阻效应
• Magnetoresistance effect of double - barrier magnetic tunneling junction applied in spin transistors
  双势垒磁性隧道结的磁电阻效应及其在自旋晶体管中的应用
• 4 . using our measurement system , the magnetoresistance effect of the polycrystalline film is measured
  4 .以本测试系统测试所制备的fe _ 3o _ 4薄膜的磁电阻效应。
• The drives rely on a spintronic effect , giant magnetoresistance ( gmr ) , to read such dense data
  这种硬碟是利用一种巨磁阻的自旋电子效应来读取这些高密度的资料。
• The effects of preparation conditions and thermal annealing on the microstructure , magnetic properties and magnetoresistance of fex 1 - x granular films
  多晶钙钛矿锰氧化物中的巨磁电阻与磁场关系
• The variation curve of the giant - magnetoresistance with the change of the thickness of the ferromagnetic layer , a , usually shows a maximum
  巨磁电阻随铁磁层厚度a的变化曲线通常显示一个最大值。
• In the case when the temperature becomes near to 0 ? k , the decrease of temperature makes the giant - magnetoresistance larger when the bias is positive
  在绝对温度零度附近， u为正时温度下降导致巨磁电阻增加。
• It is the consideration of nonlinear response that makes possible to discuss the influences of bias and temperature on giant - magnetoresistance
  正是由于考虑了非线性响应，可以讨论偏压和温度对巨磁电阻的影响。
• Similarly , for spin - valve structures giant - magnetoresistance becomes larger when the bias increases . it becomes smaller when the bias is negative
  同样，自旋阀结构的偏压u增加时巨磁电阻增大，加负压时巨磁电阻减小。
• Then the problem about how to analytically deduce the giant - magnetoresistance of different practical devices also attracts wide attentions recently
  因此如何从理论上解析地推导各种实际器件的巨磁电阻也在最近一个时期吸引了广泛的兴趣。