This process, known as pyrolysis, creates rather than consumes energy, as more combustible gases are released than are needed to heat up the kiln.
这一过程叫做高温裂解，它能够创造能量而非消耗能量，因为在裂解过程中被释放的可燃气体多于将窑加热所需的气体。
Both oils and gases produced in the pyrolysis showed relatively high overall heating values, comparable to some conventional fuels, revealing the potential application of these products as fuel.
热解产生的油和气体有较高的热值，可与传统的燃料相比，表明这些产物做为燃料是可能的。
The evolution of gases during the pyrolysis is analyzed and the kinetic parameters are calculated.
三种单体热解析出的气体组分复杂。最后，计算了三种单体热解的动力学参数。
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