4JAMES T, DAVID M, ZHOU Wei, et al. Application of Layered Control Technologies to Significantly Reduce NOx Emissions from Coal-fired Boilers[C]//2nd U. S. -China NOx/ SO2 Control Workshop Conference. [S. 1] : [s. n. 1, 2005.
5ZHOU Wei, DAVID M, ROY P, et al. Application of Numerical Simulation and Full Scale Testing for Modeling Low NOx Burner Emissions[J]. Combustion Theory and Mode- lling, 2009, 13(6) : 1053-1070.
6FOLSOM B A, SOMMER T M, ENGELHARDT D A, et al. Coal Reburning for Cost-effective NOx Compliance [C] // Fifth Annual Clean Coal Technology Conference. [S.1]: [s. n.] , 1997.
7ZHOU Wei, DAVID M, VITALI L, et al. Development and Implementation of Numerical Simulation for a Selective Non- catalytic Reduction System Design[J]. Ind. Eng. Chem. Res., 2009, 48: 10994-11001.
8ZHOU Wei, DAVID M, QUANG N, et al. Comprehensive Process Design Study for Layered-NOx-control in a Tangen- tially Coal Fired Boiler[J]. AIChE Journal, 2010, 56 (3) : 825-832.
9NElL C W, XU Guang, DAVID K M. Zonal Combustion- tuning Systems Improve Coal-fired Boiler Performance[EB/ OL]. (2009-10-08)[2011-04-11]. http://www, coalpowermag. com/ops _ and maintenance/Zonal-Combustion-Tuning-Systems- Improve-Coal-Fired-Boiler-Performance_226. html.
