航空科学技术
航空科學技術
항공과학기술
AERONAUTICAL SCIENCE AND TECHNOLOGY
2015年
5期
18-21
,共4页
机载燃油惰化系统%燃油箱%惰化%防火%防爆%标准
機載燃油惰化繫統%燃油箱%惰化%防火%防爆%標準
궤재연유타화계통%연유상%타화%방화%방폭%표준
Onboard Inert Gas Generation System (OBIGGS)%fuel tank%inerting%fire protection%explosion protection%standard
针对目前广泛应用于飞机燃油箱起火和爆炸防护的机载燃油惰化系统,详述了国外机载燃油惰化技术的发展历程,并介绍了国内发展现状,提出影响机载燃油惰化系统设计的关键因素。在此基础上,简述了国内外标准情况,提出了制定我国机载燃油惰化系统标准的建议。
針對目前廣汎應用于飛機燃油箱起火和爆炸防護的機載燃油惰化繫統,詳述瞭國外機載燃油惰化技術的髮展歷程,併介紹瞭國內髮展現狀,提齣影響機載燃油惰化繫統設計的關鍵因素。在此基礎上,簡述瞭國內外標準情況,提齣瞭製定我國機載燃油惰化繫統標準的建議。
침대목전엄범응용우비궤연유상기화화폭작방호적궤재연유타화계통,상술료국외궤재연유타화기술적발전역정,병개소료국내발전현상,제출영향궤재연유타화계통설계적관건인소。재차기출상,간술료국내외표준정황,제출료제정아국궤재연유타화계통표준적건의。
At present, the onboard inert gas generation system (OBIGGS) is widely used for aircraft fuel tank fire and explosion protection. Expatiated the international development history of OBIGGS, and introduced the internal development status. Proposed the primary effects that inlfuence the design of OBIGGS. Based on this, the referred standards were stated brielfy, and suggestions were advanced for establishing standards on the OBIGGS.