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磁感应强度     
相关语句
  magnetic induction
     While density increased by 0.05 kg/dm3,the iron loss would fall by 0.04~0.05 w/kg and the magnetic induction density would grow by 0.01 T.
     密度每增加0.05 kg/dm3,可使铁损降低0.04~0.05 w/kg,磁感应强度增加约0.01 T。
短句来源
     The highest electric field intensity (20 kV)of electric line of transmission is 0 08 kV/m and the magnetic induction intensity is 1 9 mG(1 9×10 -4 mT).
     2 0kV输电线路最高电场强度 0 0 8kV/m ,磁感应强度1 9mG (1 9× 1 0 -4 mT)。
短句来源
     The highest electric field intensity(110 kV) of the electric line of transmission is 0 2 kV/m and the magnetic induction intensity is 6 mG(6×10 -4 mT).
     1 1 0kV输电线路最高电场强度 0 2kV/m ,磁感应强度 6mG (6× 1 0 -4 mT) ;
短句来源
     With the increase of Sm content,saturation magnetic induction density decreases from 1.25 T to 1.09 T and coercive force increases from(11.2 A/m) up to 16.9 A/m.
     随着Sm含量在该系列合金中的增加,其饱和磁感应强度从1.25 T降低至1.09 T,矫顽力从11.2 A/m增至16.9 A/m。
短句来源
     The highest electric field intensity around the electricity transformation and distribution equipment(220 kV)is 5 kV/m and the magnetic induction intensity is 10~80 mG(1×10 -3 ~8×10 -3 mT).
     变配电设备周围最高场强 (2 2 0kV) 5kV/m ,磁感应强度 1 0~ 80mG (1× 1 0 -3~ 8× 1 0 -3 mT)。
短句来源
更多       
  magnetic induction intensity
     The highest electric field intensity (20 kV)of electric line of transmission is 0 08 kV/m and the magnetic induction intensity is 1 9 mG(1 9×10 -4 mT).
     2 0kV输电线路最高电场强度 0 0 8kV/m ,磁感应强度1 9mG (1 9× 1 0 -4 mT)。
短句来源
     The highest electric field intensity(110 kV) of the electric line of transmission is 0 2 kV/m and the magnetic induction intensity is 6 mG(6×10 -4 mT).
     1 1 0kV输电线路最高电场强度 0 2kV/m ,磁感应强度 6mG (6× 1 0 -4 mT) ;
短句来源
     The highest electric field intensity around the electricity transformation and distribution equipment(220 kV)is 5 kV/m and the magnetic induction intensity is 10~80 mG(1×10 -3 ~8×10 -3 mT).
     变配电设备周围最高场强 (2 2 0kV) 5kV/m ,磁感应强度 1 0~ 80mG (1× 1 0 -3~ 8× 1 0 -3 mT)。
短句来源
     The quantitative account shows that the partition coefficient of acetone k_A is increased by 5.29%—8.31% and the yield of acetone _A is increased by 1.76%—3.41% under the influence of magnetic field with magnetic induction intensity of 0.17—0.52 T.
     定量计算表明,在磁感应强度为0.17~0.52 T的磁场作用下,丙酮的分配系数kA提高5.29%~8.31%,丙酮的收率A提高1.76%~3.41%。
短句来源
     horizontal and vertical magnetic induction intensity is 13.23 μT and 9.58 μT,and the max.
     磁感应强度水平分量最大值为13.23μT,垂直分量最大值为9.58μT,最大合成磁感应强度为16.33μT。
短句来源
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  magnetic flux density
     When the contents of A and B whose diameters are less than 0.074 mm are(87.50%) and 78.30% with magnetic flux density of 1.2 T and 1.0 T,respectively. A concentrate of non-(magnetic) substance including over 65%(mass fraction) Al_2O_3 and 5%9% Fe_2O_3 is obtained.
     当粒度小于0.074 mm的A和B含量分别为87.50%和78.30%,磁感应强度分别为1.2 T和1.0 T时,可获得Al2O3质量分数大于65%,Fe2O3质量分数为5%~9%的非磁性物(铝精矿)。
短句来源
     Sn and Sb are surface active elements and might reduce {111} typeplanes and increase {100} and {110} type planes in annealing texture of silicon steel, so as to decrease the ironloss and increase the magnetic flux density of steel.
     锡和锑是表面活性元素,它们可使硅钢最终退火织构中{111}面组分减少,{100}和{110}面组分增加,从而降低硅钢铁损,提高其磁感应强度
短句来源
     The enrichment degree of oxygen reaches 0.65% when the inlet and outlet air flows are 40mL/min and 20mL/min respectively and the gas temperature is 298K and the maximum product of magnetic flux density and field intensity gradient is 563T~2/m(the distance between two magnetic poles being 1mm).
     实验测得,当进出磁场空间的空气流量分别为40,20 mL/min,气体温度为298 K,磁感应强度与场强梯度乘积的最大值为563 T2/m(磁极间距为1 mm)时,氧气的富集量最大,达到了0.65%。
短句来源
     when the maximum product of magnetic flux density and field intensity gradient drops to 101T~2/m(the distance between two magnetic poles being 4mm),the enrichment degree drops to 0.23%.
     当磁感应强度与场强梯度乘积的最大值减小为101 T2/m(磁极间距为4 mm)时,氧气的富集量降至0.23%。
短句来源
     Influence of design parameters on axial magnetic flux density distribution, distribution of eddy current on contact plate, phase difference and conductor resistance for 1/2, 1/3 and 1/4 turns axial magnetic field (AMF) electrode of vacuum interrupters has been investigated and analyzed.
     分析了1/2、1/3和1/4匝纵向磁场真空灭弧室触头设计参数对纵向磁感应强度分布、触头片上涡流分布、纵向磁场滞后时间以及导体电阻值的影响。
短句来源
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  magnetic induction strength
     The test results showed that concerning the magnetic induction strength, {100} texture was beneficial, {111} and {211} texture were harmful, and {110} texture was impartial.
     分析结果表明,对磁感应强度而言,{100}面织构是有利的; {111}、{211}面织构是不利的;
短句来源
     In the center of solenoid, the magnetic induction strength is about 2.2T when the current is up to 180A.
     在螺线管磁体中心处,磁感应强度的计算值及测量值均在2.2T左右(180A电流时),且它们之间的误差很小;
短句来源
     The optimum parameters of magnetic abrasive machining for internal surface are summarized as: magnetic induction strength B=1.0~1.2T;
     从而得出了优化的磁性磨料研磨的加工参数 :磁感应强度B =1.0~ 1.2T ;
短句来源
     Optimum parameters of magnetic abrasive machining for inner surface are obtained,which are:magnetic induction strength B = 1.2T, machining clearance A = lmm,machining durationt =4min.
     得出了内圆表面磁性研磨加工的优化参数为:磁感应强度B<1.2T,加工间隙△=1 mm,研磨时间t =4 min,工作轴向振动频率f=10 Hg。
短句来源
     To research the effects of magnetic field on the condensation heat transfer coefficient of steam,the condensation heat transfer coefficient of steam was measured at magnetic induction strength of 0.25T,0.36T and 0.55T for different Renault number of liquid membrane.
     为了研究磁场对水蒸气冷凝传热系数影响,在建立测定实验装置后,在不同的液膜雷诺数下分别测定了磁感应强度为0.25T、0.36T和0.55T磁场下的水蒸气冷凝传热系数,研究其数值的变化。
短句来源
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  magnetic induction
The magnetic induction of the perturbed field is proportional to the applied force.
      
However, it is shown that not all corrections to the magnetic induction of the EMF of the same order of magnitude are taken into account in the course of transformation from the model of aligned dipole to the model of inclined dipole.
      
For example, for a typical MHD device [1] with characteristic length 0.1 m of the working region, velocity 1 m/sec of the medium, and magnetic induction 1 T (the medium is molten sodium at temperature 330°C) the Alfvén number is A ~- 900.
      
It was found that the velocity and inclination of the Mach shock depend significantly on the vector of the magnetic induction in the initial state.
      
The system of MHD equations (the Euler equations with volume MHD momentumand energy sources and the magnetic induction equation) was solved using the stabilization method.
      
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  magnetic induction intensity
Based on the differential equations of equilibrium, electric displacement and magnetic induction intensity differential equations, the governing equations for SH waves were obtained.
      
  magnetic flux density
It has been shown that the quantum yield of the photochemical reaction of bromine replacement by the sulfo group in 1-bromo-2-hydroxynaphthalene decreases with an increase in the magnetic flux density.
      
(iii) The relative magnetic-field sensitivity of collector current is dependent on the applied magnetic flux density; moreover, the former grows in magnitude with decreasing flux density if this is sufficiently low.
      
This device is composed of a detector array with 32 pipe wall thickness sensors that employ a Hall element as the element for sensing the magnetic flux density, and it can be adapted to pipe diameters from ?400mm to ?650 mm.
      
The density of the line number is assumed to be proportional to the magnetic flux density.
      
The model involves the magnetic Schr?dinger equation with spatially variable magnetic flux density.
      
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