针对加入硝酸铵胶液的不同装药体系，导出了爆炸性能参量的理论估算式。
Theoritical formulae for estimated parameters of detonation performance were derived for different charge filled with oxidant gel solution.
结果表明，在梯度涂层中，随着组成成分的变化，热机械性能参量与制备应力均相应变化。
The results show that, in graded coatings, parameters of thermal mechanical behavior and fabrication stress change with the compositions.
将原有的解析法（AM）做了改进，以改进的AM法的初步设计结果为基础，对雷达罩壁厚分布进行编码，并建立了基因代码与罩性能参量之间的制约关系。
To speed up the GA optimizer, the analytical method (AM) is improved and used as a pretreatment measns for determining the bases and regions of parameters to be encoded.
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