儲能飛輪,flywheel英語短句,例句大全

儲能飛輪,flywheel
1)flywheel[英]['fla?wi:l][美]['fla?'wil]儲能飛輪
1.Creep characteristics and lifetime of aluminum alloy hubs in energy storage flywheels;儲能飛輪鋁合金輪轂的蠕變特性及壽命
2.Parameter identification for active magnetic bearings in energy storage flywheel;磁懸浮儲能飛輪系統中的磁軸承參數辨識
3.Creep temperature characteristics and influence of hub design in an energy storage flywheel;儲能飛輪輪轂的蠕變溫度特性與蠕變影響

英文短句/例句

1.Stress and Displacement Calculation of Composite Material Energy Storage Flywheel with Two-layer Pre-stressed Rotor Structure兩層預應力轉子結構復合材料儲能飛輪的應力及位移計算
2.Comparison of effects of different young's moduli on stress and displacement of composite flywheel不同楊氏模量對復合材料儲能飛輪應力及位移影響之比較
3.Research on Fiywheel Energy Storage System and its Controlling Technique飛輪儲能系統及其運行控制技術研究
4.Study on Dynamic Voltage Restorer Based on Flywheel Energy Storage System;基于飛輪儲能的動態電壓恢復器研究
5.Progress of advanced power system using flywheel energy storage先進飛輪儲能電源工程應用研究進展
6.Research on Control System and Energy Feedback Technology of Flywheel Energy Storage;飛輪儲能控制系統及能量回饋技術的研究
7.Study on Nonlinear Electromechanical Dynamics of Flywheel Energy Storage System;飛輪儲能系統機電耦合非線性動力學研究
8.Research of Flywheel Energy Storage System on Motor and Generator Controlling Technology;飛輪儲能系統電動發電運行控制技術的研究
9.The Study about Electronics Package Conversion Controller System of Flywheel Battery;飛輪儲能電池電力電子轉換控制系統的研究
10.Basic Research on Applying Flywheel Energy Storage Technology in Wind Power Generation System;飛輪儲能技術應用于風力發電系統的基礎研究
11.Study for High Power Flywheel Energy Storage System Applied to UPS;一種用于UPS的大功率飛輪儲能系統研究
12.Studying on improved algorithm self-adaptive single neuron PID controller in flywheel energy storage system改進算法單神經元PID在飛輪儲能系統中的研究
13.Research on the new high temperature superconducting magnetic bearings for flywheel energy storage device飛輪儲能器的新型高溫超導懸浮軸承研究
14.Design and Manufacture of Composites Integrated Energy Storage and Attitude Control Flywheel for Satellites衛星復合材料儲能/姿控一體化飛輪的設計制造
15.Studying on Fuzzy Self-Adaptive Single Neuron PID Controller in Flywheel Energy Storage System模糊自適應SNPID在飛輪儲能系統中的研究
16.A Study on the Integrated Motor/Generator for the Flywheel Energy Storage System飛輪儲能系統用集成式電動/發電機分析研究
17.The inertia of the flywheel opposes and moderates fluctuations in the speed of the engine and stores the excess energy for intermittent use.飛輪的慣量能使發動機轉速穩定和儲存斷續使用時的多余能量。
18.Research on Satellite Attitude Control Problem in the State of Energy Storage & Attitude Control Double-duty Flywheel Energy Feedback;衛星儲能/姿控兩用飛輪在能量回饋狀態下的姿態控制問題研究

相關短句/例句

energy storage flywheel儲能飛輪
1.Design and testing of a permanent magnetic bearing for an energy storage flywheel;儲能飛輪永磁卸載設計及試驗
2.The rotor bearing system of an energy storage flywheel has several natural whirl modes with low frequencies.高速運轉的儲能飛輪支承系統存在多個低頻進動模態 ,這些模態的衰減指數對飛輪的安全運轉具有決定意義。
3)flywheel energy storage飛輪儲能
1.Energy feedback control for flywheel energy storage system;飛輪儲能能量回饋控制方法
2.Progress of advanced power system using flywheel energy storage先進飛輪儲能電源工程應用研究進展
3.Topologies and charging strategies of the dynamic voltage restorer with flywheel energy storage飛輪儲能動態電壓恢復器的拓撲結構和充電策略
4)flywheel energy storage system飛輪儲能系統
1.Application Prospects of Flywheel Energy Storage System;飛輪儲能系統的應用前景
2.A flywheel energy storage system is designed in this paper,and also the structure of the system is recounted concisely and the charge and discharge control strategy for high-speed flywheel is studied.設計了一種用于UPS的飛輪儲能系統,簡述了其系統結構,研究了高速飛輪充放電的控制策略。
3.This paper researches the induction motor’s working manner used in flywheel energy storage system,which is composed of four parts: the flywheel that storage energy,the synchronous generator that transforms electrical energy and rotational energy,induction motor and inverter,exciter.本文研究了用于一種新穎的飛輪儲能系統的異步電動機的工作過程,該系統主要包括飛輪轉子、用于機電能量轉換的同步發電機、拖動異步電動機及變頻器、調節發電機電壓的勵磁機。
5)high-speed flywheel energy storage高速飛輪儲能
6)Fly wheel energy storage system飛輪儲能電池
1.Fly wheel energy storage system(FESS)is a new and efficient battery,which is innocent to the environment.飛輪儲能電池(FESS)是一種新型高效環保電池,而飛輪儲能電池中,驅動電機的設計是提高電池性能的關鍵技術之一。