坡莫合金

  • 网络permalloy;nife;MPP;Ni-Fe;Fe-Ni
坡莫合金坡莫合金
  1. 碳包覆坡莫合金纳米粒子磁流体制备及表征

    Preparation and Characterization of Carbon Encapsulated Permalloy Nanoparticles Magnetic Fluid

  2. 基片温度对坡莫合金薄膜结构和磁电阻的影响

    Effect of Substrate Temperature on the Structure and Magnetoresistance of Permalloy Films

  3. 含一定量铌(Nb)的坡莫合金耐磨性较好。

    The wear resistance of permalloy containing niobium is better .

  4. 对磁场的屏蔽,采用高导磁率的坡莫合金材料,其屏蔽反射损耗R理想;

    For the shielding of the electric field f interference , used the metal Cu or the material Al which has high conductance and ideal shielding echo wastage R.

  5. 中温退火对坡莫合金薄膜AMR的影响

    Effect of Moderate Temperature Annealing on AMR in Permalloy Films

  6. 探讨了Nb含量对坡莫合金薄膜微结构从而对其ρ和ΔR/R影响的微观机制。

    The microscopic mechanisms of influences of Nb concentrations on the microstructures , and then on the ρ and Δ R / R are probed .

  7. 以(Ni(0.82)Fe(0.18))(1-x)Nbx为种子层的坡莫合金薄膜的各向异性磁电阻及磁性能研究

    Study on the Anisotropic Magnetoresistance and Magnetic Properties of Permalloy Thin Films Through Growth on Seed Layer of ( Ni_ ( 0.82 ) Fe_ ( 0.18 )) _ ( 1-x ) Nb_x

  8. 磁头芯片用廉价硬坡莫合金MH-1的研究

    Investigation of Cheap Hard Permalloy MH-1 for Use as Wafer Core of Magnetic Head

  9. 采用该氢气退火炉处理的坡莫合金(1J85)的直流磁性能完全达到国标要求。

    C. magnetic properties of the permalloy ( 1J85 ) annealed with this furnace can well meet the National Standards .

  10. 坡莫合金/铜磁性多层膜微观力学性能的研究

    Study on Micromechanical Behavior of Permalloy / Cu Magnetic Multilayers

  11. 较薄坡莫合金薄膜的磁性能和结构

    The Structures and Magnetic Properties of Permalloy Very Thin Films

  12. 一种用于测试坡莫合金薄膜机械性能的拉伸模型

    A Method for Measuring Mechanical Properties of Permalloy Thin Films

  13. 坡莫合金录音机磁头磨损失效试验研究

    Analysis of the Wear of Permalloy Magnetic Audio Heads

  14. 用坡莫合金作个人剂量仪的屏蔽材料

    The Shielding Material of Personal Dosimeter with Permalloy

  15. 斜入射坡莫合金薄膜的磁电阻效应

    Magnetoresistance effect of oblique-incident vacuum evaporated permalloy films

  16. 类金属元素对化学沉积坡莫合金成分、结构及耐蚀性的影响

    Effect of Metalloid Elements on Composition , Structure and Corrosion of Electroless Plated Permalloy

  17. 磁致伸缩对超坡莫合金软磁性能的影响

    Influence of Magneto-striction on Soft-magnetic Property Permalloy

  18. 研究了斜入射蒸镀的坡莫合金薄膜在室温下的磁电阻效应。

    The magnetoresistance effect at room temperature in oblique-incident vacuum evaporated permalloy films was studied .

  19. 坡莫合金磁阻传感器的特性研究和应用

    Property and application of permalloy magnetoresistance sensor

  20. 亚微米级坡莫合金栅格研制

    Grade . Permalloy Grating of Submicron Size

  21. 坡莫合金薄带的直接铸造法

    Direct Casting Process For Permalloy Sheet

  22. 滑坡治理中抗滑桩的设计施工与监测坡莫合金汉字型检测器

    Design , construction and monitoring of the anti-slippery pile in landslide treating permalloy Chinese letter detector

  23. 2-81钼坡莫合金粉芯

    2-81 Molybdenum Permalloy Powder Core

  24. 坡莫合金(Ni80Fe20)薄膜是微机电系统常用的磁性材料之一。

    Permalloy ( Ni_ 80 Fe_ 20 ) thin film is one of the magnetic materials for MEMS .

  25. 在实际使用条件下,研究了三种坡莫合金录音磁头的摩擦学性能。

    The friction and wear properties of three types of permalloy audio heads were investigated under practical using conditions .

  26. 该微驱动器主要由平面正方形线圈、弹性支撑和坡莫合金薄片构成。

    The device consists of a square planar coil , a spring support structure , and permalloy magnet film .

  27. 介绍了适合于小批量处理坡莫合金的氢气退火炉的设计方案。

    The design of a vertical hydrogen annealing furnace suitable for annealing permalloy in small batches is presented in this discussion .

  28. 介绍了坡莫合金型磁阻传感器的结构与工作原理,研究了该传感器的特性,并用它测量了地磁场的主要参量。

    The structure and operation principle of permalloy magnetoresistance sensor are introduced , and its property is studied . The main parameters of geomagnetic field are measured .

  29. 深过冷状态下,许多重要材料都会涉及到相选择,比如坡莫合金、不锈钢、稀土永磁材料和稀土氧化物高温超导材料等。

    It occurs in undercooled melts of many engineering materials such as permalloy , stainless steel , rare earth permanent magnet materials , and rare earth high-temperature superconducting materials .

  30. 对于坡莫合金/CoO和坡莫合金/FeMn多层膜,无论是纵向交换偏置还是垂直交换偏置,其交换偏置场和矫顽力均随温度的升高而减小。

    For permalloy / CoO and permalloy / FeMn multilayers , the exchange field and the coercivity of the perpendicular and longitudinal exchange biasing have been found to decrease with increasing temperature .