cosine heat flux (density) profile

the unitary press and heat flux distribution has b.

对于球柱模型，分析了激波后气体的热力学性质，计算得到了不同高度和不同速度下驻点气动加热量及其影响因素；通过修正牛顿公式和局部相似解理论，求得该模型下头部的归一化压力分布和热流密度分布；对于球锥柱模型，则着重计算头部锥体部分的热流加热率。

It was found that tem- perature and heat flux distribution of interface were affected remarkably by the interface length,the thickness of fireproof fibers and the temperature of gasifier.

结果表明,托架长度、耐火纤维厚度、炉内温度是影响托架温度和热流密度分布的主要因素。