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[求助]
汉译英，一段话，求润色，谢谢热心人的帮忙。
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因此，样品KS经过热处理后产生了元素扩散，阻尼峰值降低，阻尼峰温升高。样品经过热处理后，模量值变化了1.3*1011。 模量峰的位置决定于模量峰弛豫过程的弛豫时间τ[3]，文献[4]认为，固溶体中的C元素的浓度高低决定了模量峰的温度和模量峰值的高度。因此，根据这一理论，本文认为样品KS在界面处发生元素扩散后，界面处的元素浓度梯度降低，弛豫时间增大，因而使得峰温升高，模量峰的高度降低。 Therefore, the sample KS after heat treatment produced element diffusion which resulted in damping peak reduction and damping peak temperature rising. Sample after heat treatment, modulus value changed by 1.3E11. Modulus peak position is determined by modulus peak relaxation time τ [3], paper [4] considered that the level of temperature and height of modulus peak was determined by the concentration of element C in solid solution. Thus, according to this theory, this paper considered after the sample KS occurred element diffusion at interface, the interface element concentration gradient decreased and the relaxation time was increased, therefore, the peak temperature was increased and the modulus peak height decreased. |
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真强必胜: 金币+2, good 2014-07-12 11:32:54
真强必胜: 金币+2, good 2014-07-12 11:32:54
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Therefore, the sample KS after heat treatment produced the element diffusion, damping peak reduction, increased damping peak temperature. The samples after heat treatment, the 1.3*1011 modulus. The position of the peak is determined by the modulus modulus peak relaxation processes of relaxation time τ [3], [4] think literature, solution concentration in the body of the C element determines the modulus peak temperature and modulus peak height. Think the sample KS element diffusion in the interface, element concentration gradient boundary surface reduction, relaxation time increasing, the peak temperature, height reduction peaks of low modulus. [ 发自小木虫客户端 ] |
2楼2014-07-12 08:01:55
