permanent hybrid 中文意思是什麼

permanent hybrid 解釋
永久雜種
  • permanent : adj. 1. 永久的,不變的,耐久的;持久的,經久的。2. 常務的,常設的 (opp. temporary)。n. 電燙發 (=permanent wave)。adv. -ly
  • hybrid : n 1 【生物學】雜種,雜交種;混血兒。2 (由兩種來源的東西組成的)混合物;受過兩種不同文化傳統教育...
  1. The thesis is devoted to exploiting a permanent magnet synchronous machine ( pmsm ) for the parallel hybrid electric vehicle ( phev ). three parts are included as follows : at first, in the electromotor state, the current control strategies of pmsm are determined. giving the elementary method for solving the contradiction between enhancing the pmsm ' s flux - weakening capability in the electromotor state and reducing the pmsm ' s connatural adjustment ratio in the dynamotor state

    本課題的研究工作主要圍繞開發一臺並聯式混合動力電動汽車( phev )用永磁同步電機( pmsm )展開,所作的工作主要包括以下幾個部分:首先,確立了phev用pmsm電動機運行狀態時的電流控制策略,針對pmsm在電動機運行狀態時提高弱磁擴速能力和在發電機運行狀態時減小固有電壓調整率的相互矛盾,提出了初步的解決方法。
  2. A new type of bearing - less disc pm motor is investigated. the motor consists of two functions, one part is a general short - span structure permanent motor and the other is the so - called hybrid type active magnetic bearing

    本文研究了一種新型的片狀無軸承永磁電機,該電機由兩部分組成:普通片狀永磁電機和永磁偏置混合式磁懸浮軸承。
  3. To solve the problem that output voltage can not be adjusted of the permanent magnet synchronous machine ( pmsm ), the paper deuelope a new type of machine, the paratactic structure hybrid excitation synchronous machine, describing the structure and working principle of the machine, and anolysing its non - load characteristics, the voltage characteristics and regulative characteristics

    摘要針對永磁同步電機磁場調節困難、輸出電壓不可調的問題,研製了一種新型的並列結構混合勵磁同步發電機,並對其空載特性、外特性及調節特性進行了分析。
  4. In the dissertation, a novel hybrid excitation constant voltage synchronous generator is adopted to improve the system performance, which takes the advantages of both electrical excitation and permanent magnet machines. a parted configuration is presented in order to design the structure of the generator. the adaptive digital adjustment is settled in principle using the single chip microcomputer 80c31 as the control core of the voltage regulator and adopting the proportion - integral - differential control as the control arithmetic, then a sample is made

    論文對同步發電機的工作原理、性能特點、電機本體以及電壓調節器的硬體和軟體設計進行了研究,針對稀土永磁同步發電機變載、變轉速情況下輸出電壓不可調的不足之處,採用一種新穎的電機型式? ?自適應復合勵磁恆壓同步發電機,綜合了永磁發電機和電勵磁發電機的優點,提出一種磁路分開的結構進行電機本體的設計,並選用單片機80c31作為電壓調節器的控制核心,比例?積分?微分控制( pid )作為其控制演算法,從原理上較好地解決了其電壓的自動數字調節,並試制了一臺樣機。
  5. The hybrid control of a permanent magnet linear synchronous motor ( pmlsm ) servo - drive system using an adaptive recurrent neural network was put forward to solve the problem of poor stable precision in the servo system of packaging binding machine

    摘要根據裹包機的驅動系統控制精度較差的問題,提出採用遞歸神經網路自適應混合控制線性同步電動器驅動機系統。
  6. Optimal design of minitype permanent magnet motor based on hybrid algorithm of chaos and pso

    混沌粒子群混合演算法對微型永磁電機的優化設計
  7. 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。
  8. The research of the thesis is carried out around the development of hybrid exciting permanent magnet generator ( hepmg ) and its control system. five parts are included : first of all, the configuration was selected after draw an integrated comparison of among existent structure under appropriate condition. then the selected configuration is ameliorated

    本文圍繞混合勵磁永磁發電機( hepmg )系統的設計研究展開,所做工作主要包括以下幾部分:首先,在可比條件下,對各種結構的混合勵磁永磁發電機進行了綜合分析比較,得出適合於發電機的結構,並對原有結構加以改進。
  9. The system adopts 80c31 mcu as the main controller, hybrid rare - earth permanent magnet stepper motor as the execution component, bio - passage rotary transformer as antenna position sensor

    該系統基於80c31單片機為主控制器,採用了混合式稀土永磁步進電機為執行部件,並以雙通道旋轉變壓器為天線位置傳感器。
  10. Design method of the main part of the hybrid excitation rare earth permanent magnet synchronous generator

    組合勵磁永磁同步發電機主發電機的設計方法
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