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[2]song. q, wang. x*, gu. c, wang. n, li. h, su. h, huo. j, qiao. y, a comprehensive model of biomass char-co2 gasification reactivity with inorganic element catalysis in the kinetic control zone based on tga analysis. chemical engineering journal 389 (2020) 125624.
[3]li, t., pan, j., kong, f., xu, b.*, wang, x.*. a quasi-direct numerical simulation solver for compressible reacting flows. computers & fluids 213 (2020) 104718.
[4]shoujun ren, xiaohan wang*. nox emission and its reduction mechanism investigation in one diffusion-like vortex-tube combustor. journal of cleaner production 274 (2020) 123138.
[5]苏航,霍杰鹏,汪小憨*,等. 亚毫米空间内火焰从层流向爆燃模式的转变特性研究. 推进技术, 2020, 41: 2302-2307.
[6]xiaohan wang*, qianshi song, yong wu, xing li, tao li, xiaojun zeng. modelling and numerical simulation of n-heptane pyrolysis coking characteristics in a millimeter-sized tube reactor. combustion and flame, 2019, 201: 44-56.
[7]xiaohan wang*, qianshi song, ning wang, hang su, xiaojun zeng, weibin yang. theoretical modelling of the chemical reactivity of fresh biomass chars under non-catalytic conditions. bioresource technology, 2019, 273: 244-250.
[8]y. wu, x. h wang*, q. s. song, l.g. zhao, h. su, h. h. li, x. j. zeng, d. q. zhao, j. z. xu. the effect of temperature and pressure on n-heptane thermal cracking in regenerative cooling channel. combustion and flame, 2018, 194: 233-244.
[9]xiaohan wang*, xiaojun zeng, haolin yang, daiqing zhao. general modeling and numerical simulation of the burning characteristics of porous chars. combustion and flame, 2012, 159: 2457-2465.
[10]wang xh*, zhao dq, he lb, et al. modeling of a coal-fired slagging combustor: development of a slag sub-model. combustion and flame, 2007, 149: 249~260.