持粘性也受胶层厚度影响较明显，但基材厚度和材质对其影响不大。
The holding power also had relationship with adhesive thickness, but almost had no relationship with substrate thickness and substrate types.
本文研究内容可以为建立考虑胶层厚度影响的粘砂套管固井质量评价修正方法提供理论基础。
This article can provide the theory base for establishing the cementing quality evaluation method of adhering sand casing with considering the effect of glue layer thickness.
在对微纳米通道进行热键合过程中，分别改变键合胶层厚度，键合温度，通道尺寸和键合时间四个条件进行了实验。
In the process of thermal bonding, experiments are carried out under different conditions such as variable polymer thick, temperature, channel width and time.
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