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wxqtjw

铁虫 (职业作家)

[求助] 汉译英,求润色,谢谢。

事实上,在ps涂层内部存在着大量的缺陷, 这些缺陷对阻尼能产生很大的影响。缺陷对阻尼的影响机制主要归因于界面滑移,能消耗大量的能量,致使阻尼值升高。

In fact, there are a lot of defects within PS coating, these defects have a huge impact on damping capacity. The impact mechanism of the defect on the damping is mainly attributed to the interfacial slip, producing lots of energy loss, resulted in Eventually leading to increased damping.
哈哈哈哈,我来了
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ssssllllnnnn

至尊木虫 (知名作家)

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wxqtjw: 金币+7, 翻译EPI+1 2014-11-17 12:32:25
事实上,在ps涂层内部存在着大量的缺陷, 这些缺陷对阻尼能产生很大的影响。缺陷对阻尼的影响机制主要归因于界面滑移,能消耗大量的能量,致使阻尼值升高。

In fact, there are a lot of defects within PS coating. These defects have a huge impact on damping capacity. The mechanism underlying the effect of defects on the damping is mainly attributed to the interfacial slip, leading to increased damping due to excessive energy consumption.
5楼2014-11-14 22:16:54
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蹉跎岁月

木虫 (正式写手)

【答案】应助回帖

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RXMCDM: 金币+1, 多谢应助! 2014-11-14 18:59:20
wxqtjw: 金币+3 2014-11-17 12:31:55
In fact, lots of defects existed within PS coating, which presented a huge impact on damping capacity. The impact mechanism of the defect on the damping is mainly attributed to the interfacial slip, along with large amount energy consuming leading to damping increased
年轻就是折腾
2楼2014-11-14 15:35:08
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蹉跎岁月

木虫 (正式写手)

large amount of energy consuming
年轻就是折腾
3楼2014-11-14 15:35:42
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蹉跎岁月

木虫 (正式写手)

发现你是一个文章分批找人帮忙
年轻就是折腾
4楼2014-11-14 15:36:23
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