通过对犬胫骨标本的组织学检查发现，其粘接机理可能为机械镶嵌固定，并通过溶解而逐步吸收。
From the micrography, we found that the mechanism of agglutination was inlaying and the mechanism of absorption was through the dissolution.
驱动轮槽镶嵌粘弹性填料，具有优异的机械性能。
Driving wheel groove embedded viscoelastic packing, which makes excellent mechanical properties.
研究的是ULSI镶嵌钨CMP的选择性，化学与机械作用匹配，浆料的悬浮及存放和后清洗等问题。
The selectivity, the chemical and mechanical function's matching, the storage of the slurry and post CMP cleaning ULSI inlaid tungsten CMP have been studied in this article.
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