excitation flux 中文意思是什麼

excitation flux 解釋
勵磁通量
  • excitation : n. 1. 刺激,興奮,激發,鼓舞。2. 【物理學】激發;【電學】激勵、勵磁。3. 【植物;植物學】激感(現象)。
  • flux : n 1 流,流出;流動。2 漲潮。3 不斷的變動,波動。4 【物理學】流量,通量,電通量,磁通量。5 熔解,...
  1. The laps uses photo excitation of the semiconductor to probe the surface potential at the insulator - electrolyte interface. the semiconductor is addressed by a modulated flux of ( infrared ) photons : this flux results in the generation of hole - electron pairs in the semiconductor

    Laps的原理是基於電場效應使器件對絕緣層與電解質溶液間界面電位變化敏感,其結構類似於eis (電解質?絕緣層?半導體)結構,它的特殊之處在於用光對半導體進行照射引起電解質?絕緣層界面間電位的變化。
  2. Based on the finite element model, simulated results on the flux distributions under different excitation a ampere - turns and positions were obtained, discussion on the cause and characteristics of its stroke versus displacement were also given

    採用永久磁鐵產生的極化磁場與線圈產生的控制磁場形成差動磁路作用於銜鐵,使之實現雙向驅動。
  3. It is convenient for x - ray tube excited source to detect multi - component on site due to the advantages of high excitation flux, easy protection, and characteristic x - ray and continuous bremsstrahlung spectrum included in its exciting spectra

    X光管激發源具有活性強、易於防護等優點,產生的激發譜包括特徵x射線和連續的軔致射線譜,方便現場測定多元素。
  4. The hybrid claw - pole alternators have magnetic fields contributed by permanent magnet as well as excitation coil, and the advantages are high efficiency, have good low - speed characteristics, excitation adjustable and high flux densities. for the reason of complex claw - pole construction and 3 - d magnetic field distributions, there is lack of the research on the alternators

    混合勵磁爪極發電機是由永磁體和勵磁線圈共同產生電機磁場的一種發電機,與傳統的爪極發電機相比有高效、低速性能好和集線圈勵磁的電壓調節性能與高磁通密度的優點,具有很好的研究前景和使用價值。
  5. Keep the rotor current and the stator flux verticality on the stator current orientation, the paper realizes the rotor current orientation. the speed system has two channels, makes the machine decouple, realizes the independent control of the excitation current and the torque current and gives the excellent performance

    雙饋電機轉子電流定向矢量控制調速系統完全分為兩個通道,解除了雙饋電機的內部耦合,實現電機的勵磁電流與轉距電流的分別控制,使雙饋電機的調速性能優異。
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