研究了UV固化皮革涂饰剂的光引发剂、光活性单体、助剂与皮革力学性能及表观性能的关系，并对皮革表面微观性能及透气度进行了表征。
The relationship between the photoinitiator composition of the UV curable leather finishing agents, monomer, auxiliary agent and the apparent performances of coating film for leather was studied.
表观活化能的计算结果表明高活性煤种的存在可以很好的改善混煤的着火性能，并且存在最佳掺混比例。
Apparent activation energy calculating results show that the high reactive coal can improve the ignition property of blended coals and moreover there exists an optimum blending ratio.
同时考察了树脂的结构对于成膜表观及力学性能的影响。
The influence of resin structure to the appearance and mechanical properties of coating were examined as well.
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