磁滯效應 的英文怎麼說

中文拼音 [cízhìxiàoyīng]
磁滯效應 英文
hysteresis effect
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 滯 : Ⅰ動詞（使停滯; 使不流通） stagnate; block up Ⅱ形容詞（停滯; 不流通） sluggish; slow-moving; stagnant
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 效應 : [物理學] effect; action; influence
  1. When the resistance force is large, magnetic hysteresis will have more serious effect on the performance of mr dampers

    分析表明，磁滯效應會給控制帶來不利影響，並且隨著磁滯時間的增加而趨于嚴重。
  2. Magnetic hysteresis is the intrinsic characteristic of mr dampers, which will have more serious effect on the performance of mr dampers

    本文對mr阻尼器的固有特性磁滯效應對控制效果的影響進行了研究。
  3. In order to decrease control infection resulting from the magnetic hysteresis of mr dampers, neural network prediction is proposed in this paper

    本文提出採用神經網路預測的方法來減小磁滯效應對振動控制效果的不利影響，得出了一些有價值的結論。
  4. In the models, the iron core nonlinearly of the traction transformer and the magnetic hysteresis effect without the b - h curve are considered. having tested by digital simulation, the winding parameter has not changed in the state of external fault or magnetizing inrush etc. but the winding parameter has obviously changed in state of inter fault or inter - turn fault. ( 3 ) the rules three phases converted to two phases of traction transformer in electric railways are developed in this paper

    （ 3 ）利用牽引變壓器磁鏈平衡方程，建立了基於系統辨識理論的雙繞組單相接線牽引變壓器、阻抗匹配平衡牽引變壓器及scott （斯科特）接線牽引變壓器的「灰箱」模型，該模型考慮了牽引變壓器鐵芯非線性和磁滯效應，但又不直接反映在模型中，並且無需鐵芯的b - h曲線數據。
  5. The simulation results of this study imply that magnetic hysteresis of mr dampers can really influence the semi - active control whereas neural network prediction can successfully compensate for the response time of mr dampers

    研究表明，通過神經網路預測能有效補償磁滯時間，使控制效果能接近無磁滯效應的控制效果。本文提出了考慮磁滯效應的修正bingham模擬模型。
  6. Hysteresis loop of ferromagnetic materials are measured by using surface magneto - optic kerr effect, and the kerr rotation angle is obtained

    摘要用表面磁光克爾效應測量鐵磁材料的磁滯回線，並求得在飽和狀態下的克爾旋轉角。
  7. Combined with the observational properties, we have constructed a theoretical model of a contact binary with a total mass of 1. 8 mo. our initial model is a detached binary in which the primary is very close to its roche lobe

    並且由周期變化時標得到磁滯效應可能是引起wuma型相接雙星的角動量損失的主要物理機制。結合wuma型相接雙星的觀測特性，我們建立了一個總質量為1 . 8m 。
  8. The other is to simulate simple lc filters which call ideal and real inductors model, then we can get the simulating results such as time 、 phase movement and amplitude - frequency specifications are very different mainly due to hysteresis. in all, this paper presents some called real inductors models and provides a design method of real inductor model

    模擬結果表明，調用磁芯電感模型的模擬曲線比調用理想電感的情況滯后、幅值小，反映了磁芯電感元件的電感量、磁滯效應和磁滯損耗都影響濾波器的時移、相移和幅頻特性。
  9. As a kind of condensed state matter, the characteristic and structure of liquid crystal between solid crystal and isotropic liquid. it is a ordering liquid, as the macroscopical characters are concerned, it have the flowing power and viscidity like liquid, and the anisotropy like crystal, it has birefringence, bragg reflection, diffraction and optical rotation like crystal. furthermore, it has thermal light effect, electrical light effect or magneto optical effect in outside field

    它是一種有序性的液體，從宏觀物理性質上看，既具有液體的流動性、粘滯性，又具有晶體的各向異性，能象晶體一樣發生雙折射、布拉格反射、衍射及旋光效應，也能在外場作用下產生熱光、電光或磁光效應。
  10. The simulation results also indicate that the neural network predictive can effectively solve the problem induced by hysteresis

    本文採用的神經網路預測的方法能有效的改善磁滯效應所產生的問題。
  11. The analysis of the emulator show that the hysteresis will lead to the adverse results of the semi - active control and the influence will increase with the hysteretic time

    模擬分析表明， mr阻尼器的磁滯效應會對結構的振動控制帶來不利的影響，並且這樣的影響會隨著磁滯時間的加長而越發明顯。
  12. The focus of this dissertation is the extensive research on mr dampers, including devices designing, improvement of the mr damper response time and intelligent control algorithm

    本文對mr阻尼器的智能控制方法進行了系統的研究，並提出了三個方面的改進，即阻尼器裝置、磁滯效應解決方法和智能控制方法。
分享友人
分享到 Line

分享到臉書