磁裝置 的英文怎麼說

中文拼音 [cízhuāngzhì]
磁裝置 英文
magnetic device
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 裝 : Ⅰ名詞1 （服裝） dress; outfit; attire; clothing 2 （演員的化裝品） stage makeup and costume Ⅱ動詞...
  • 置 : 動詞1. （擱; 放） place; put; lay 2. （設立; 布置） set up; establish; arrange; fix up 3. （購置） buy; purchase
  • 裝置 : 1 （機器設備的配件）installation; device; apparatus; equipment; arrangement; gear; appliance; rig...
  1. Measuring method for the level of intermodulation products generated in ? gyromagnetic device

    迴旋磁裝置中產生的交叉調制產品的電平的測量方法
  2. Measuring method for the level of intermodulation products generated in a gyromagnetic device iec 61843 : 1997 ; german version en 61843 : 1997

    回轉磁裝置產生的互調產物水平的測量方法
  3. （ 2 ） in this thesis, a dig ita l m a gnet exciti ng device of sg, using technology of 196 single - chip m i crocom puter as a co re

    （ 2 ）本文以196系列單片機中80c196kc為核心，研究和設計數字化微機勵磁裝置。
  4. A practical and automatical silicon controlled rectifier exciting unit

    一種實用的可控硅自動勵磁裝置
  5. The moving part of an electromagnetic device such as a relay, buzzer, or loudspeaker

    電樞電磁裝置的移動部分，如繼電器，蜂音器或揚聲器
  6. The augment of excitation setting " s control performance is fairly important to improve the static, transient and dynamic stability of power system, and enhance the setting " s utilization rating of the hydraulic turbine generator unit

    提高勵磁裝置的控制性能，對于改善電力系統靜態、暫態及動態穩定性相當重要，並且可以提高水輪發電機組的設備利用率。
  7. Technical analysis and reliability evaluation of gtg static de - excitation equipment

    一種靜態發電機滅磁裝置的技術分析及運行可靠性評估
  8. Abstract : the article analyze the troubles caused by worse excitation system in the runing of synchronous motor, point out the necessity that replacing the old excitation system with the advanced lzk of intelligence excitation system

    文摘:本文詳細分析了同步電動機運行中因勵磁裝置技術性能不完善而出現的問題，對比提出了用先進的lzk智能型勵磁裝置取而代之的必要性。
  9. Based on a large number of investigations and analysis of excitation settings and their performance in homeland, this paper presents a better project, which adapts to the alteration of excitation system in an _ kang hydropower plant - excitation system on double microcomputer

    在廣泛調查分析國內目前先進勵磁裝置及其工作性能的基礎上，提出了適合安康水電站機組勵磁系統改造的最佳方案? ?雙微機全控橋式自並勵磁系統。
  10. An emigration operator is designed to preserve the diversity and to smooth the pareto front. the approaches such as the fitness sharing, the clustering method, and the elitism strategy are also improved and extended in this paper

    通過兩個典型算例的驗證，可以看出，本方法很好地防止了早熟現象，得到了均勻、平滑的pareto曲線，可以實際運用於復雜的電磁裝置優化設計中。
  11. The old excitation setting in an _ kang hydro power plant restricts the development of the microcomputer regulator of speed, microcomputer protection and the computer supervisor and control that has altered, has become a bottleneck in improving the level of automation in power plant

    安康水電站原勵磁裝置嚴重製約已實施改造的微機調速、微機保護、計算機監控作用的發揮，已成為進一步提高電廠整體自動化水平的瓶頸。
  12. Thus, it is difficult to find the voltage reference for the harmonic analysis. since acem are always operated near to the synchronous speed, the frequency of the excited voltage is very low, even to zero. therefore, this is the power harmonic suppression study of a complicated power supply system, in which the about harmonic general theories and methods are all inapplicable

    現代交流勵磁電機（ acem ）採用電力電子變流器作為勵磁裝置，其勵磁電壓諧波含量豐富，難于獲得諧波分析所需的電壓基準，同時交流勵磁電機經常工作在同步轉速附近，致使勵磁電壓頻率極低甚至為直流，通常的諧波檢測方法和理論都無法適用，因而這是一種目前尚未深入探討過的復雜供用電系統電力諧波抑制問題的研究。
  13. Electromagnetic devices and components - general specifications

    電磁裝置和元件.通用規范
  14. International electrotechnical vocabulary - part 151 : electrical and magnetic devices

    國際電工詞匯.第151部分:電磁裝置
  15. Parameter optimal design of the parallel mechanism based on particle swarm optimization

    基於粒子群演算法的電磁裝置優化設計
  16. Inverse electromagnetic problem has been paid attention in the designing of electromagnetic devices for long time

    電磁場逆問題在電磁裝置優化設計中是倍受關注的研究課題。
  17. The electromagnetic device which is the base of voltage divider is made up of intermediate transformer, compensation reactor and damper

    電磁裝置由中間變壓器、補償電抗器和阻尼器組成，作為分壓器底座。
  18. This paper introduces the fundamental theory of complementary fem and combines complementary fem with energy methods to calculate electromagnetic field, especially to compute the electromagnetic parameters of the electromagnetic devices

    本文介紹了互補有限元法的基本理論，並結合能量法將互補有限元法應用於電磁場數值計算，為電磁裝置中電磁參數計算提供了符合工程分析精度要求的實用的數值計算方法。
  19. Factor of influencing the normal operation of the exciting device of synchronous motor

    影響同步電機勵磁裝置正常運行的因素
  20. Application of scm atme189c2051 in generator polishing magnetic device

    2051單片機在發電機勵磁裝置中的應用
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