magnetic cycle

英 [mæɡˈnetɪk ˈsaɪkl] 美 [mæɡˈnetɪk ˈsaɪkl]

网络  磁循环

电力



双语例句

  1. Performance Optimization and Parametric Design of a Magnetic Brayton Refrigerator Cycle
    磁布雷顿制冷机优化循环性能及参数设计
  2. When the belt is turning "fast," it means that lots of magnetic fields are being swept up, and that a future sunspot cycle is going to be intense.
    当带正在转向“快”,这意味着大量的磁场正在扫地,而且未来的太阳黑子周期将是激烈的。
  3. Rotating magnetic field is not caused by mechanical methods, but in AC pass in a few of the electromagnet, the nature of its magnetic cycle of change can be seen as rotating magnetic field.
    转动磁场并不是用机械方法造成的,而是以交流电通于数对电磁铁中,使其磁极性质循环改变,可看作为转动磁场。
  4. Effects of moderate static magnetic field on cell proliferation and cell cycle of leukemia cells
    中等强度静磁场对白血病细胞增殖和细胞周期的影响
  5. Performance analysis and parametric optimization of a two-stage irreversible magnetic Brayton refrigeration cycle
    二级不可逆磁Brayton制冷循环性能分析及参数优化
  6. Similarly, says Fisk, it "doesn't make sense" to turn off Ulysses just as the Sun comes to the end of a22-year magnetic cycle.
    与此相似,此时关闭尤利西斯也“毫无意义”,因为太阳正迎来其22年磁周期的终结。
  7. Optimum Performance of Magnetic Ericsson Refrigeration Cycle
    磁Ericsson制冷循环的优化性能
  8. Moreover, a numerical simulation was carried out for the regenerative room-temperature magnetic refrigeration cycle based on the new parameters.
    并依此参数的新表达式对回热式室温磁制冷循环进行数值计算。
  9. Application study on the magnetic field gradient concentrating oxygen in heat power combined cycle generation
    磁场梯度聚氧及其在多能源联合循环中的应用研究
  10. Analysis on Research of Magnetic Refrigeration Cycle
    磁制冷循环分析
  11. The frequency shifts is found to increase with the strength of magnetic fields in solar interior, and its temporal behavior closely follows the phase of the synthetic solar activity cycle.
    我们发现频率的变化随着太阳内部磁场强度增加而变大,并且和太阳活动周期密切相关。
  12. The effect of ELF magnetic fields on cell cycle distribution and mechanism analysis by computer simulation
    极低频率(ELF)磁场对细胞生长周期分布谱的影响及其机理的计算机模拟分析
  13. The effect of thermal resistances and regenerative losses on the performance of a magnetic stirling refrigeration cycle is studied with the beginning from a general expression of the magnetization intensity of ferromagnetic materials. The maximum cooling rate and other performance parameters are derived.
    从铁磁质的磁化强度一般表示式出发,探讨热阻和回热损失对磁斯特林制冷循环性能的影响,导出最大制冷率及其它性能参数。
  14. Free-electron laser with gradient magnetic field A BRIEF DISCUSSION OF CYCLE
    梯度周期场自由电子激光器
  15. The thermodynamic properties of ferromagnetic substance are given and used to discuss the performance of a magnetic Stirling refrigeration cycle. Some general conclusions are obtained.
    给出铁磁质的热力学性质,并由此讨论了磁斯特林制冷循环的性能,得到一些普遍的结论。
  16. Statistical Analysis and Configuration Classification of the Magnetic Fields of the Active Prominences on the Solar Limb During Cycle 21
    第21周太阳峰年期活动日场的统计分析及磁场位形分类
  17. Regeneration Performance of a Magnetic Ericsson Refrigeration Cycle Optimal Analysis on a Class of Magnetic Ericsson Refrigerator with a General Heat Transfer Law
    磁埃里克森制冷循环的回热性能一般传热规律下磁埃里克森制冷机的优化分析
  18. Application of Magnetic Scaler for Cycle Water System
    磁化除垢器在循环水系统的应用
  19. Influence of Temperature of Heat Reservoir on Performance of Regenerative Room-temperature Magnetic Ericsson Refrigeration Cycle
    热源温度对回热式室温磁Ericsson制冷循环性能的影响
  20. Based on the Maxwell's equation, the HFSS solves the electric field and magnetic field by using finite element method ( FEM). It can shorten design cycle greatly.
    高频结构仿真软件利用有限元法(FEM)对任意形状的三维无源结构进行电磁场仿真,基于MAXWELL方程的场求解方案能精确预测器件的所有高频性能,可大大缩短设计周期,提高设计精度。
  21. Research on Performance of Regenerative Room-Temperature Magnetic Refrigeration Cycle Through Magnetocaloric Parameter Deduced by Langevin Theory
    用Langevin理论研究回热式室温磁制冷循环性能
  22. Moreover, it is pointed out that the results obtained under the condition of perfect regeneration are suitable for a magnetic Carnot refrigeration cycle.
    并指出在理想回热条件下的结论也适用于磁卡诺制冷循环。
  23. The balance process of the magnetic potential self-balance circuit for the single core during half cycle was discussed.
    分析了磁势自平衡回路在半个周期内单铁心磁势自平衡的工作过程。
  24. By thermal gravimetric analysis and infrared testing indicates that the material modification deoxyglucose and polyethylene glycol, the magnetic material has a long cycle of targeting and in vivo. 3.
    通过热重分析和红外测试表明修饰上了脱氧葡萄糖及聚乙二醇,使磁材料具有靶向性和体内的长循环性。
  25. One of the main parts of the hall wheel speed sensor is permanent magnet. And the uniformity of magnetic field impacts duty cycle of wheel speed signal, exceeding the limit of standard scope.
    永磁体是霍尔轮速传感器的主要组成部分,其磁场分布均匀性会使轮速信号的占空比超出标准值范围,进而会影响ABS的轮速计算的精确性。
  26. The magnetic circuit was analyzed qualitatively in operating cycle.
    本文对电磁气门运行周期内的磁场变化做了定性分析。
  27. The uniform magnetic field devices is made up of power, solenoids, the water cycle, focusing on the solenoid and the water cycle temperature control device design.
    设计的均匀磁场发生装置由电源、螺线管、水循环温控装置等部分组成,重点介绍了由通电螺线管提供的磁场的特性、水循环温控装置的设计。
  28. Finally the vibration of the stator current detection method, derived the formula of unilateral magnetic pull that the distribution of air gap asymmetry case, the rotor of the electromagnetic force multiplier cycle contains two components.
    最后介绍了振动的定子电流检测法,推导出了单边磁拉力公式,指出了气隙分布不对称情形下,转子上的电磁力含有2倍频周期分量。
  29. This chapter also introduces what is variable cycle operating mode of reciprocating active magnetic refrigerator and the difference between variable and fixed cycle operating mode.
    本章还介绍了往复式主动蓄冷磁制冷机的可变周期运行模式,以及其与固定周期模式的不同。