3Sobiesiak A. Performance characteristic of the novel low-NOx CGRI burner for use with high air preheat [J]. Combustion and Flame,1998,(115):93-125.
4Flamme M.Low NOX combustion technologies for high temperature applications [J].Energy Conversion and Management,2001,(42):1 919-1 935.
5Hongsheng G.Numerical study of NOX emission in high temperature air combustion [J].JSME International Journal.1998,Series B,41(2):134-221.
6Choi G,Katsuki M. Advanced low NOX combustion using highly preheated air [J]. Energy Conversion and Management,2001, (42):639-652.
7Hasegawa T,Tanaka R.High temperature air combustion-revolution in combustion technology [J]. JSME International Journal,1998,SeriesB,4:1 079-1 084.
8Yuan J,Naruse I.Modeling of combustion characteristics and NOX emission in high preheated and diluted air combustion [J].International Journal of Energy Research Res,1998,(22):1 217-1 234.
9Toshiaki H,Ryoichi T.High temperature air combustion-revolution in combustion technology [J].JSME International Journal.1998,Series B,41(4):524-541.
10LI Y H,XU X C,LI Z,et al.Technology of coal utilization as high efficiency and low pollution energy//Proceedings of International Conference on Engineering and Technological Sciences 2000[C].Beijing:Now World Press,2000.218-230.