片语

magnetic density磁场强度

surface magnetic field intensity表面磁场强度

magnetic field intensity h磁场强度h

horizontal magnetic field intensity水平磁场分量

magnetic field intensity 1磁场强度

radiant magnetic-field intensity磁场辐射强度

magnetic field strength[电磁] 磁场强度

magnetic c field intensity磁场强度

H Magnetic Field Intensity磁场强度

magnetic leakage field intensity漏磁场强度

英汉例句

• in this paper, an ibem(indirect boundary element method) is presented for calculating permanent magnet field, and the formula of calculating magnetic field intensity is deduced.

  本文提出用间接边界元法计算任意界面的永久磁铁所产生的空间磁场，推导出其磁场计算公式。

• astronomer, dr brad carter from the university of southern queensland says the paper correctly predicts the level of magnetic field intensity seen in the moon rock samples.

  来自南昆士兰大学的天文学家brad博士表示，这篇论文正确地预言了从月巖石样本中得到的磁场强度等级。

• the acceleration of gravity is inversely proportional to the contact angle, and proportional to the surface energy when magnetic field intensity are equal.

  磁场强度相等时，重力加速度与接触角呈反比关系，与表面能呈正比关系。

• it shows that with increasing of the current strength, the magnetic field intensity is intensified and the flow field in mold is changed.

  结果表明，随着线圈电流强度的增加，磁场强度增大，结晶器内流动情况随之发生变化。

• the utility model with the structure can better meet the requirements of magnetic field intensity and magnetic field gradient, and thus the utility model is an ideal magnetic fluid treating device.

  这种结构可以更好地满足磁场强度和磁场梯度的要求，所以它是一种理想的流体磁处理装置。

• and then found the law that the lowest magnetic field intensity point location will drift to the opposite direction to primary grounding network and secondary grounding network junction moving.

  通过求解磁场强度的变化，发现磁场强度最低点随一次地网和二次地网连接点的相反方向漂移的规律。

• the magnetic field intensity of the solenoid used for travel wave tube and transport properties of electron beam in the slow wave system under its function is simulated with the electromagnetic code.

  利用电磁场软件模拟了行波管电磁线包磁场，以及在电磁线包磁场作用下电子注在慢波系统中的运动特性。

• the magnetic field intensity function of submarine is chosen as target signal to magnetic fuze.

  在此基础上，分析了典型的目标磁场信号。

• this paper discussed the influence of the magnetic field intensity h and welding current i on the hardness and the wear resistance of the co-based alloys surfacing lager.

  系统地研究了磁场强度h和焊接电流i对钴基堆焊合金堆焊层硬度和耐磨性的影响，发现当磁场强度h和焊接参数相匹配时，焊缝组织才能获得最佳的细化效果。

• relationship modal of resonant wavelength shift and external magnetic field intensity is concluded.

  得出了谐振波长变化量与外界磁场强度的关系模型。

• based on the fluidization curves, the influences of the average particle diameter and magnetic field intensity on the zone are analyzed and discussed.

  基于铁磁颗粒的流化曲线，分析得到铁磁颗粒的流化特性，讨论了颗粒粒径、磁场强度对磁稳流化区域的影响；

• finally, analysing to the magnetic field intensity on the model built, the result that gains is raised that the drive of drive coil energetically acts the reference effect to further.

  最后，在所建立的模型上对磁场强度进行分析，所获得的结果对进一步提高驱动线圈的驱动力起到了参考作用。

• higher magnetic field intensity is also one of the conditions to optimize the heat treatment.

  较高的磁场强度也是实现热处理优化的重要条件之一。

• when the initial magnetic field intensity and the magnetic susceptibility increase, the magnetic force increases gradually.

  随着初始磁场强度和磁化率的增大，磁场力逐渐增大。

• results: exposure time had more effects on the mice learning memory when the product of magnetic field intensity and magnetic exposure time was equal.

  结果：恒定磁场强度与磁场暴露时间的乘积相等时，大剂量、短时间暴露比小剂量、长时间暴露对小鼠学习记忆能力的影响要小；

• from the definition for the magnetic acceleration, the ideal magnetic field model and the magnetic field intensity profile needed for creating the micro-gravity environment are presented.

  由磁加速度的定义出发，提出了理想磁场模型和实现微重力环境所要求的磁场强度分布。

• a magnetizer for water is composed of tubular steel casing, electromagnetic system, and temp and magnetic field intensity controller.

  本发明属于水的磁处理设备。它由钢井壳、电磁铁系统、温度和磁场强度的控制器所组成。

• dry magnetic separators operation regulation note the main factors are: the feeding layer thickness (give ore amount), vibration slot vibration velocity, magnetic field intensity and working gap, etc.

  干式磁选机 的操作调节注意的主要因素是：给料层厚度（给矿量）、振动槽的振动速度、磁场强度和工作间隙等。

• the results show that high magnetic field obviously accelerates pearlite transformation, and the quantity of pearlite increases with the increase of magnetic field intensity and holding time.

  结果表明，强磁场明显促进了珠光体的转变，珠光体的转变量随磁场强度的升高而增加，磁场作用时间的延长也会使珠光体转变量增加。