电工电气
電工電氣
전공전기
ELECTROTECHNICS ELECTRIC
2013年
8期
1-4
,共4页
严帅%许高凤%贵献国
嚴帥%許高鳳%貴獻國
엄수%허고봉%귀헌국
微型燃气轮机%高速永磁电机%研究概况%关键技术%发展趋势
微型燃氣輪機%高速永磁電機%研究概況%關鍵技術%髮展趨勢
미형연기륜궤%고속영자전궤%연구개황%관건기술%발전추세
miniature gas turbine%high-speed permanent magnetic motor%study brief%key technology%development trend
作为一个多技术的复杂集成系统,高速永磁电机是微型燃气轮机(微燃机)的关键技术。分析了微燃机发电的技术原理,介绍了高速永磁电机的国内外研究现状,及其在微燃机系统应用过程中需要解决的关键技术,并对其发展趋势进行了展望,为今后的相关研究提供了参考。
作為一箇多技術的複雜集成繫統,高速永磁電機是微型燃氣輪機(微燃機)的關鍵技術。分析瞭微燃機髮電的技術原理,介紹瞭高速永磁電機的國內外研究現狀,及其在微燃機繫統應用過程中需要解決的關鍵技術,併對其髮展趨勢進行瞭展望,為今後的相關研究提供瞭參攷。
작위일개다기술적복잡집성계통,고속영자전궤시미형연기륜궤(미연궤)적관건기술。분석료미연궤발전적기술원리,개소료고속영자전궤적국내외연구현상,급기재미연궤계통응용과정중수요해결적관건기술,병대기발전추세진행료전망,위금후적상관연구제공료삼고。
As a multi-technology complicated system, high-speed permanent magnetic motor is the key technology of miniature gas turbine. Analysis was made to the principle of miniature gas turbine power generation and introduction was made to current study situations at home and abroad about high-speed permanent magnetic motor, as well as its key technology needed to be solved in application processes of miniature gas turbine. The development trend was expected to provide reference for related study in the future.