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磁电子的英文

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"磁电子"怎么读用"磁电子"造句

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  • magnetic electron

例句与用法

  • In this paper , the emphasis of research is to build a measurement system of magnetoelectronics transit , and we fabricate fe _ 3o _ 4 film by dc magnetron sputtering
    论文以建立磁电子输运测试系统为研究的中心,并采用直流磁控溅射法制备了多晶fe _ 3o _ 4薄膜。
  • This paper investigated the preparation and properties of multiferroelectric magnetoelectric lcmto bulk and film which keeps substitution each other between la and ca as well as mn and ti
    本文就la 、 ca和mn 、 ti离子共掺的lcmto复铁电性的磁电子材料及薄膜的制备和性能进行研究。
  • The measurement system of magnetoelectronics transit is proved with high accuracy and good repetition in actual use , which provides a kind of effective and trustworthy measure method for material research
    在实际的使用中,磁电子输运测试系统的测试精度较高,重复性好,为材料的研究提供了一种有效的、可靠的表征方法。
  • Under such research background , this article focusses on fabricating and measuring the polycrystalline fe _ 3o _ 4 thin film and a set of magnetoelectronics transit test system is designed according to the laboratory request
    本文正是在这样的研究背景下进行了多晶fe _ 3o _ 4薄膜的制备与表征,并根据实验室的要求设计了一套磁电子输运测试系统。
  • The main contents of research are as follows : 1 . adopting virtual instrument and single chip technology , automatic measurement of electromagnet ’ s magnetic field and system of magnetoelectronics transit is realized
    研究的主要内容包括: 1 .采用虚拟仪器技术和单片机技术,实现磁电子输运测试系统中电磁铁的磁场强度自动采集和全自动磁电子输运测试。
  • Otherwise , using the ta buffer layer can effectively reduce the surface roughness . in addition , measured by our measurement system , the polycrystalline the film has similar negative magnetoresistance effect to single - crystalline film , so it is potential to be applied in spintronic devices
    通过磁电子输运测试系统研究制备的薄膜还发现多晶fe _ 3o _ 4具有同单晶fe _ 3o _ 4类似的负磁电阻特性,因此有望将多晶fe _ 3o _ 4薄膜应用到自旋电子器件中。
  • The substitution of a - site cation ln can induce significant effect on the magnetization and polarization , nevertheless b - site cation can induce more effect on the polarization of perovskite structure . as a result , the doping of titanate which had typical high dielectric behavior would have significant effect on the research and development of novel multiferroelectric magnetoelectric material
    A位离子ln的取代可以对材料的磁化性能和极化性能产生影响,然而由于b位离子对钙钛矿结构的极化可能产生更大的作用,因而具有典型高介电行为的含ti钙钛矿结构的引入将可能对新型复铁电性的磁电子材料的开发研究产生很大的影响并具有非常重要的科学意义。
  • The application of radio frequency magneto - controlled sputtering was introduced briefly . in this research , multiferroelectric magnetoelectric lcmto with excellect crystal and electric properties which keeps substitution each other between la and ca as well as mn and ti were prepared by traditional ceramic process , and the film was prepared by radiofrequency magneto - controlled sputtering
    本研究中采用传统的陶瓷烧结方法及射频磁控溅射技术成功制备了具有优良结晶性能和电性能的la 、 ca和mn 、 ti离子共掺的lcmto复铁电性的磁电子材料及薄膜。
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