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高饱和磁感应强度     
相关语句
  high saturation magnetic induction intension
     The test shows that the material with high saturation magnetic induction intension can obtain good open response.
     试验表明高饱和磁感应强度的材料可获得较好开启响应.
短句来源
  high saturation induction
     So the transformer core material is required to be the one with properties of low losses at high frequency, high dynamic permeability, high saturation induction and low remanence.
     要求变压器铁芯具有低的高频损耗,高动态磁导率,高饱和磁感应强度和低的剩磁比。
短句来源
     A new Fe-based soft magnetic amorphous alloy with high saturation induction(B s)of 1.8T,low core loss comparable to Co-based amorphous alloys and low coercivity is discussed. The alloy has wide applications in making linear induction accelerator,compression switch,magnetic amplifier and adversely power supply and is named as 1K104.
     本文研究的新型铁基软磁非晶合金 ,既具有 1 8T的高饱和磁感应强度 ,又具有相当钴基非晶合金的低的高频损耗、低矫顽力等特性 ,该合金还克服了超微晶材料的脆性和可加工性差的缺点 ,可用于直线感应加速器、压缩开关、磁放大器及逆变电源等设备中 ,命名为 1K10 4。
短句来源
  high saturation magnetic induction
     The test shows that the material with high saturation magnetic induction intension can obtain good open response.
     试验表明高饱和磁感应强度的材料可获得较好开启响应.
短句来源
  “高饱和磁感应强度”译为未确定词的双语例句
     After annealing at 1323K, the 50-55%Ni- Fe alloy of highly saturated magne-tic induction was magnetic-heat treated longitudinally. Thus a flat alloy ofhysteresis loop was created with an initial permeability μ_(0.08) of 36- 38mH/m anda magnetic remanence ratio Br/Bs of 0.35- 0.42.
     具有高饱和磁感应强度的50~55%Ni-Fe合金,在1323K温度退火之后,经过纵向磁场热处理,可以获得初始导磁率μ_(0.08)为36~38mH/m,剩磁比B_r/B_s为0.35~0.42的扁平回线合金。
短句来源
     Investigationon Soft Magnetic Alloysin Fe-Co-Ni System with High Saturation Magnetization and Low Remanence
     Fe-Co-Ni系高饱和磁感应强度及低剩磁软磁合金研究
短句来源
     The Fe_ 76.9 Cu_ 0.6 Nb_ 2.5 Si_ 13 B_7 nanocrystalline alloy has excellent soft magnetic properties. It has high magnetic flux density and initial permeability,low coercive force and core losses.
     Fe76 9Cu0 6Nb2 .5Si13 B7纳米晶软磁合金具有优良的软磁性能 :高饱和磁感应强度、高初始磁导率、低矫顽力、低损耗。
短句来源
     There are two kinds of nanocrystalline soft magnetic alloy such as Fe-M-Si-Cu-B that the oxidation is not so easy and the preparing of amorphous ribbon is more simple and Fe-M-B that the Bs is higher.
     本文把Fe基纳米晶软磁合金分成了不易氧化、原始非晶带制备过程更容易的Fe-M-Si-Cu-B(M=Nb,Mo,V,W,Cr)类和具有更高饱和磁感应强度Bs的Fe-M-B(M=zr,Hf,Nd,Nb)类两大类别。
短句来源
     Compared with traditional silicon steel, Fe-6.5wt%Si in theory is considered as an excellent property soft magnetism alloy. It has such excellent soft magnetism properties as higher permeability higher saturation magnetic induction near-zero magnetostriction and low core loss.
     Fe-6.5wt%Si硅钢是一种性能优异的软磁合金,与传统硅钢材料相比,它具有高磁导率、高饱和磁感应强度、低磁致伸缩和低铁损等更优异的性能。
短句来源
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      high saturation flux density
    The iron-silicon-aluminum alloys (particularly Sendust) have been widely used in applications requiring high saturation flux density, low coercive force and high electrical resistivity.
          
    As all the dipoles will operate with low magnetic fields in poles and yoke, high saturation flux density, low carbon steel will be unsuitable.
          
      high saturation induction
    Thin-film magnetically soft Fe-Zr-N alloys with high saturation induction
          
    These materials, which have high saturation induction and high resistivity in a thin, strong, ribbon form, offer important advantages over conventional magnetic materials.
          
      high saturation magnetic induction
    A high saturation magnetic induction up to Bs = 21 kG was attained.
          


    After annealing at 1323K, the 50-55%Ni- Fe alloy of highly saturated magne-tic induction was magnetic-heat treated longitudinally. Thus a flat alloy ofhysteresis loop was created with an initial permeability μ_(0.08) of 36- 38mH/m anda magnetic remanence ratio Br/Bs of 0.35- 0.42.

    具有高饱和磁感应强度的50~55%Ni-Fe合金,在1323K温度退火之后,经过纵向磁场热处理,可以获得初始导磁率μ_(0.08)为36~38mH/m,剩磁比B_r/B_s为0.35~0.42的扁平回线合金。

    A type of high frequency, high power output shipbuilding transformer works in pulse state. The operating frequency is 10kC. So the transformer core material is required to be the one with properties of low losses at high frequency, high dynamic permeability, high saturation induction and low remanence.In this paper, an amorphous alloy FJ305 [(FeNiMo)84.1(SiB)15.9] used for this purpose is introduced. After appropriate annealing, this alloy has excellent properties at high frequency. The optimum properties are...

    A type of high frequency, high power output shipbuilding transformer works in pulse state. The operating frequency is 10kC. So the transformer core material is required to be the one with properties of low losses at high frequency, high dynamic permeability, high saturation induction and low remanence.In this paper, an amorphous alloy FJ305 [(FeNiMo)84.1(SiB)15.9] used for this purpose is introduced. After appropriate annealing, this alloy has excellent properties at high frequency. The optimum properties are as follows: P0.4/10K=16.3W/kg, P0.2/20K=7.8W/kg, |μ|0.4/10K=24000; Bг=0.2T, B10=1.30 T.The service test shows that the tranformer using amorphous alloy as its core material works with less temperature increase, higher efficiency and, therefore, higher reliability.The mechanism of the effect of annealing on the properties was studied by means of X ray diffraction and torque measurement.

    用于船舶中的一种高频大功率输出变压器在脉冲状态下工作。其工作频率为10kHz。要求变压器铁芯具有低的高频损耗,高动态磁导率,高饱和磁感应强度和低的剩磁比。 本文介绍了一种适合于以上应用的非晶合金FJ305。其成分为(FeNiMo)_(84.1) (Si-B)_(15.9)(at%)经适当的退火处理后,该合金具有很好的高频性能,其最佳磁特性如下:P_(0.41.k)=16.3 W/kg,P_(0.2/20k)=7.8W/kg,|μ|_(0.4/10k)=24000,BR=0.2T,B_(10)=1.3 T 装机试验表明,用非晶合金作铁芯的输出变压器工作温升低,效率高,从而提高了机器的可靠性。 用转矩及X光衍射等方法研究了退火工艺对该合金性能影响的机制。

    A principle of selecting composition, structure and heat treatment technology on the new type FeCuNbSiB soft magnetic alloys, which are composed of ultrafine crystallites, was discussed. Using optimum composition and heat treatment, a nano crystalline FeCuNbSiB alloy can be obtained from amorphous state. Some excellent magnetic properties of this alloy were presented, for example, high saturation magnetization and permeability, low coercive force ...

    A principle of selecting composition, structure and heat treatment technology on the new type FeCuNbSiB soft magnetic alloys, which are composed of ultrafine crystallites, was discussed. Using optimum composition and heat treatment, a nano crystalline FeCuNbSiB alloy can be obtained from amorphous state. Some excellent magnetic properties of this alloy were presented, for example, high saturation magnetization and permeability, low coercive force and core loss.According to different magnetic field annealing, some samples with various magnetic properties can be obtained. High remanence ratio material was obtained by longitudinal field annealing and flat type B H curve was obtained by transverse field annealing.

    文中讨论了新型超微晶软磁合金——FeCuNbSiB合金的成分、组织及热处理工艺选择原则.通过实验证明了采用合适的成分和热处理工艺,可使FeCuNbSiB非晶转变为纳米级超微晶合金.该合金具有较高的饱和磁感应强度、高磁导率、低矫顽力和低铁损的优良综合磁性能.不同磁场热处理可产生不同形式的磁性能,纵向磁场热处理试样具有很高的矩形比,而横向磁场热处理的试样具有较好的线性度

     
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