碳、氢含量由镜质组至丝质组呈单方向变化。
Carbon and hydrogen contents of vitrinite to fusinite vary in one direction.
随热解温度升高，镜质组和丝质组的挥发分收率增加。
With increasing temperature, the yield of volatile matter of vitrinite and fusinite increased.
热解升温速率和压力对镜质组和丝质组的挥发分收率略有影响。
Pyrolysis pressure and heating rate showed little effect on the yield of volatile matter of macerals.
通过重液离心分离法将兴隆庄煤分为镜质组、半镜质组、丝质组的富集物。
Concentrates of vitrinite, semi-vitrinite and fusinite are separated from Xinglong- zhuang coal by centrifugal method with heavy liquid.
根据特征燃烧温度等分析，煤中镜质组富集物的燃烧性能比丝质组富集物好。
According to characteristic temperatures in weight-loss curve in TGA, the combustion behavior of vitrinite-rich concentrate was found to be better than that of fusinite-rich concentrate.
惰质组包括丝质体(化石木炭)、源自真菌残体的菌类体，以及含氢低、高反射率的其他高碳物质。
Inertinite includes fusinite (fossil charcoal), sclerotinite derived from fungal remains, and other high-carbon materials with a low-hydrogen content and a high reflectance.
惰质组包括丝质体(化石木炭)、源自真菌残体的菌类体，以及含氢低、高反射率的其他高碳物质。
Inertinite includes fusinite (fossil charcoal), sclerotinite derived from fungal remains, and other high-carbon materials with a low-hydrogen content and a high reflectance.
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