焊剂所包含的大量树脂，也会产生苯基(C6H5OH)，而焊剂中松树脂的活化剂也会产生气化氢(HCL)及其他化合物。
Flux contains a large number of resin, will produce phenyl (C6H5OH), while the flux activator in the pine resin will produce hydrogen gasification (HCL) and other compounds.
热固性硅树脂的化学组成及其结构，裂解及活化条件是影响最终生成的高温气体分离用硅膜性能的关键因素。
The chemical structure and composition, the conditions of pyrolysis and activation of the thermosetting silicon resin are the key factors which affect properties of the resulted silicon membranes.
通过热固性硅树脂膜的控制裂解和活化，开发出一种新型的可用于高温气体分离的硅膜。
A new silicon membrane, which is employable in gas separation at higher temperature, is developed by control pyrolysis and activation of a thermosetting. silicon resin membrane.
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