热力学计算表明了在二氧化碳气氛下高碳锰铁固态脱碳的可行性。
The thermodynamics calculation showed the feasibility of solid state decarbonization of high carbon ferromanganese under CO_2 atmosphere.
空气气氛促进了偏高岭石向惰性产物的转变，而二氧化碳气氛则有助于抑制这种转变。
The transformation from metakaolinite to inert phases was promoted by the combustion of coal content at air atmosphere, whereas was inhibited at carbon dioxide atmosphere.
生物质燃烧时，二氧化碳2被释放的气氛。
生物质燃烧时，二氧化碳2被释放的气氛。
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