推进系统

  • 网络propulsion system;aip;AIPS
推进系统推进系统
  1. 综合飞行/推进系统H∞控制设计

    Integrated Flight / Propulsion System H_ ∞ Controller Design

  2. 基于DSP的全数字永磁电机推进系统

    DSP-based digital control for permanent magnet synchronous motor propulsion system

  3. 研究人员说,由蝴蝶演变出的自然方法可能会大大提高推进系统的性能。

    The researchers say that the natural approach developed by butterflies could dramatically improve the performance .

  4. 一些无人机装置和水下航行器已经使用了基于拍翅运动原理的推进系统,但成效甚微。

    Some drone devices and underwater vehicles already use propulsion systems based on a wing clapping motion , but with limited success .

  5. 某新机综合飞行/推进系统H∞控制器设计

    The Integrated Flight / Propulsion H_ ∞ Controller Design for a New Fighter

  6. N2O单组元微推进系统及其喷管流场的初步研究

    Preliminary study on a N_2O micro propulsion system and its nozzle flow field

  7. 舰船交流电力推进系统PWM方式的比较

    A Comparison of SVPWM and SPWM in AC Ship Power Propulsion Systems

  8. 在Windows下,使用Visualc++语言实现了永磁电动机电力推进系统故障诊断专家系统。

    The permanent-magnet electric propulsion system is realized under the platform of Windows , and the language Visual C + + is chosen .

  9. 未来LNG船推进系统的选择

    Choice of propulsion system for future 's LNG carriers

  10. 在分析专家PID特性的基础上,设计了保证盾构推进系统推进缸同步控制的PID控制器。

    Based on the analysis of expert-PID , an adaptive PID controller for displacement deviation of the cylinders of thrust system was designed .

  11. 基于G2的飞船推进系统的故障诊断

    Fault diagnosis of spacecraft propulsive system based on G2

  12. 一种应用机理模型和SOM神经网络的液体火箭推进系统实时故障诊断方法

    A Real-time Fault Diagnosis Approach to Liquid Rocket Propulsion Systems Using Mechanism Model and SOM Neural Networks

  13. 基于LQR方法的水下航行器热动力推进系统控制研究

    Research of Control for Propulsion System of Thermal Power Underwater Vehicle Based on LQR

  14. 船舶辅助推进系统(APD)

    Marine Auxiliary Propulsion Drive ( APD )

  15. 省级500t渔政船主推进系统简介

    Propulsion system of the 500 t provincial fishery administration ship

  16. MEMS在推进系统中的应用,能够满足微小型卫星对星载推进系统小型化、微推力、高精度的要求。

    It can be concluded that MEMS-based propulsion can meet the requirement of miniaturization , micro thrust and high accurate impulse bit for the propulsion system of micro satellite .

  17. 推进系统包括五个F-1发动机。

    The propulsion system consists of five F-1 engines .

  18. EPSP提供了一个灵活的仿真环境,可以定义、修改和仿真基于组件的推进系统模型。

    EPSP provides a flexible environment for defining , modifying and simulating the component-based propulsion models .

  19. 在研究推进系统性能优化问题时,首先将发动机性能优化问题转化为一类典型非线性优化问题,然后利用模型辅助模式搜索(ModelAssistedPatternSearch)方法进行求解。

    On the study of propulsion system optimization algorithm , first , the engine performance optimization problems are converted into one typical type of nonlinear optimization problem . Then , these problems are solved with model assisted pattern search ( MAPS ) algorithm .

  20. 然而,与其他类型的LNG船相比,双燃料电力推进系统LNG船作为一种新型船舶,在防火、防爆、防撞等方面具有特殊的要求。

    However , compared with other types of LNG carrier the new dual fuel electric propulsion system LNG carrier comes up with special demand on fireproof , explosion-proof and anti-collision .

  21. 脉冲爆震发动机(PDE,Pulsedetonationengine)是一种基于爆震燃烧的新概念推进系统,被广泛认为是21世纪最有发展意义的革命性航空航天动力装置之一。

    As a new concept propulsion system , pulse detonation engine which is based on detonation combustion is widely considered to be one of the most development meaning aeronautics and astronautics engines in the 21st Century .

  22. 微推进器是一种基于MEMS技术的新型微推进系统,主要用于微小型航天器的位置保持、姿态控制、轨道调整等。

    Micro thruster is a new kind of micro propulsion system based on MEMS ( Micro-Electro-Mechanical System ), which is mainly used in micro spacecraft for keeping position , controlling orientation and adjusting orbit .

  23. CODAD推进系统准稳态建模方法及运行性能分析

    Modeling Method of Ship 's CODAD Propulsion System by Quasi-steady and Analysis of Its Operation Performance

  24. 采用双DSP系统对电动机带螺旋桨负载的推进系统进行了半实物仿真,结果表明文中提出的控制策略能对三电平逆变器供电的同步电动机实施高性能的调速控制。

    The results obtained from the simulation testing by double digital signal processing ( DSP ) system confirm that the DTC system fits for synchronous motor with screw propeller by three level inverter and the system operation performance is perfect .

  25. 同时,对Synchro电力推进系统在起动、低速运行时采用的控制方法进行了说明。

    In the meanwhile , an explanation about the formal method for starting and low speed running of the Synchro electric propulsion system is put forward .

  26. 前田证实,40英里长的华盛顿至巴尔的摩线路的磁悬浮导轨和推进系统将由东京至大阪磁悬浮线路的建造者日本中央铁路公司(JRCentral)免费提供。

    Maeda confirmed that the maglev guideway and propulsion system would be provided free for the 40-mile Washington-Baltimore link by the creators of the Tokyo-Osaka maglev line , the central Japan Railway Company ( JR central ) .

  27. 而现代建模、控制、预估等技术的飞速发展和计算机运算速度的大幅度提高,都使得飞行/推进系统综合控制(IFPC)成为一种必然趋势。

    Integrated Flight / Propulsion Control ( IFPC ) is a inevitable direction .

  28. 针对利用N2O单组元催化分解产生热气、用于精确控制飞行器姿态的微推进系统,提出了初步的系统方案和主要设计参数。

    Preliminary scheme and primary design parameters were described for a micro propulsion system used for the attitude control of the spacecraft , which is based on the monopropellant catalytic decomposition of nitrous oxide .

  29. 在CFM合资公司的历史上,这是首个不仅包括发动机,而且还包括整个推进系统的合同。

    For the first time in the history of the CFM partnership , the contract goes beyond the engine and includes the entire propulsion system .

  30. 因此,研究开发新型常规潜艇不依赖空气推进系统(AIP),已成为提高和完善常规潜艇战术使命的必然趋势。

    Therefore , R & D of Air Independent Propulsion ( AIP ) has already become an inevitable tendency for modern conventional submarines to increase and improve their tactic missions .