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1·Welding material selection of transition layer refers to the following table.

过渡层焊接材料的挑选参睹上里。

2·The microstructure between alloy transition layer and base metal has been studied.

研究分析了合金过渡层与金属基体接合界面组织结构。

3·The structure of adhesive phase and transition layer in bright layers are mixed type of martensite.

白亮层中的粘结相以及过渡层的组织均为混合的马氏体组织。

4·There are a large number of defects in the transition layer, they are called the interface defects.

在过渡层中存在大量缺陷，这就是所谓界面缺陷。

5·The surface transition layer makes the film surface smoothness greatly improve and the dynamic friction coefficient decrease.

镀有过渡膜的样品具有最为平整的表面形貌和最小的表面动摩擦系数。

6·The thickness of transition layer of crystal polymer is generally calculated by one dimensional electron density correlation function.

一般用一维电子密度相关函数来计算结晶聚合物的过渡层厚度。

7·Followed by the high temperature burning layer, transition layer, the organic insulation layer, a strong heat-resistant layer and layer.

依次由耐高温灼烧层，过渡层，有机隔热层，强力层及耐热层组成。

8·The results indicated that the microstructure of the transition layer is a structure of fine columnar crystal-cystiform dentrite-dentrite.

结果表明，梯度过渡层的组织形态为细小的柱状晶-胞状树枝晶-树枝状晶。

9·With increasing sintering temperature, the joint of graphite and BN was increased and also there was transition layer in the interfaces relative to HP.

随着烧结温度的升高，元素扩散加剧，过渡层的厚度越厚，材料的层间界面结合强度升高，石墨层与BN层结合的越好。

10·It is found that the transition layer composed of closed-cell with tight and smaller pore-size pores makes the asymmetriC membrane benefit of gas separation.

并发现以紧密而孔径小的闭口空胞组成的过渡层对不对称膜的气体分离有利。