This paper, based on analysing the resonance phenomenon existing in the 35kV system of GISE’s Baihedong production base, and its effect on the safety and reliability of the power network, points out the shortcoming of original resonance-eliminator, proposes the method to remove the resonance phenomenon, thus analysing the technical principle, effect and future of application.
本文分析了廣鋼白鶴洞生產(chǎn)基地35kV系統(tǒng)存在的諧振現(xiàn)象及其對供電系統(tǒng)安全、可靠運行的影響,指出原消諧器的不足;提出解決諧振現(xiàn)象的方法,并分析其應(yīng)用技術(shù)原理、應(yīng)用效果及應(yīng)用前景。
Principle and research progress of resonant MEMS magnetometer;
諧振式MEMS磁強計原理與研究進展
Design of a series-parallel resonant inverter;
串并聯(lián)諧振逆變器的設(shè)計
Data Processing and Testing of the Open-Loop Characteristics for the Silicon Resonant Microsensor;
硅諧振式微傳感器開環(huán)特性測試與數(shù)據(jù)處理
The syntonic overvoltage occurred with 110 kV bus in one substation is introduced.
介紹了某變電站110 kV母線發(fā)生空載諧振過電壓的故障及處理過程,在對其進行分析的基礎(chǔ)上,提出了避免諧振過電壓應(yīng)采取的措施。
It introduces the syntonic overvoltage occured with 110 kV bus in Wuyang Substation,It analyses the cause and proposes the preventive measures to solve the problem.
介紹了五陽變電站 1 1 0 k V空母線諧振過電壓問題 ,分析了其產(chǎn)生的原因 ,并提出了應(yīng)采取的措施。
The syntonic overvoltage occured with 110kV bus in Heshun substation is introduced.
介紹了和順變電站 110kV母線發(fā)生空載諧振過電壓的故障及處理過程 ,在對其進行分析的基礎(chǔ)上 ,提出了避免諧振過電壓應(yīng)采取的措施。
This article made a scientific research on the apparatus measuring the electrolyte density based on the principle of syntony.
研究了基于諧振原理的振動管式電解液密度測量裝置。