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lindemann熔化定律
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  lindemann melting law
     THE GENERALIZED LINDEMANN MELTING LAW
     推广的Lindemann熔化定律
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     The obtained data are consistent with the experimental results of high-pressure sound velocity measurements and theoretical predictions,and the melting behavior of OFHC copper at high pressure can be approximately described with Lindemann melting law.
     实验表明,无氧铜的高压熔化温度数据与文献发表的无氧铜高压声速实验结果是一致的,铜的高压熔化规律可用Lindemann熔化定律近似描述。
短句来源
  相似匹配句对
     THE GENERALIZED LINDEMANN MELTING LAW
     推广的Lindemann熔化定律
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     Law of universal repulsion
     万有斥力定律
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     Law on Intellectuals
     知识分子定律
短句来源
     SURFACE MELTING
     表面熔化
短句来源
     Since Lindemann law is closely related with the Grüneisen coefficient γ(ρ) ,the scaling of T m( ρ ) by the experiment data of the shock melting temperature is equivalent to the scaling of γ(ρ) by experiment.
     由于Lindemann定律与Gr櫣neisen系数γ(ρ)密切相关 ,因此用冲击熔化实验标定Tm(ρ) ,也间接标定了γ(ρ)。
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The investigation of melting curve T m( ρ ) under high pressures has practical applications both for temperature induced softening of yield strength of materials and for the reasonable partitioning of the hot contributions from that of cold part.In this paper,we make use of the experimental results of shock melting of Al,Cu,Pb and take account of the transition of Grüneisen coefficients γ(ρ) from solid state value to liquid state value,and thus provide the scaling of melting curve T m( ρ ...

The investigation of melting curve T m( ρ ) under high pressures has practical applications both for temperature induced softening of yield strength of materials and for the reasonable partitioning of the hot contributions from that of cold part.In this paper,we make use of the experimental results of shock melting of Al,Cu,Pb and take account of the transition of Grüneisen coefficients γ(ρ) from solid state value to liquid state value,and thus provide the scaling of melting curve T m( ρ ) through Lindemann melting law.Since Lindemann law is closely related with the Grüneisen coefficient γ(ρ) ,the scaling of T m( ρ ) by the experiment data of the shock melting temperature is equivalent to the scaling of γ(ρ) by experiment.

利用Al、Cu、Pb的冲击熔化实验结果 ,并考虑到材料的Gr櫣neisen系数γ(ρ)从固态值向液态值过渡 ,通过Lindemann熔化定律标定了熔化曲线Tm(ρ)。由于Lindemann定律与Gr櫣neisen系数γ(ρ)密切相关 ,因此用冲击熔化实验标定Tm(ρ) ,也间接标定了γ(ρ)。

Melting temperatures of OFHC(Oxygen-Free High Conductivity) copper at pressures ranging from 110 GPa to 140 GPa were measured on a two-stage light-gas gun by optical radiometry techniques and using LiF single crystal as window,based on such a conclusion that the melting temperatures at the sample/window interface pressure is equal to the release temperature,and close to the interfacial temperature if the OFHC copper sample is initially shocked or released into the region adjacent to the liquidus.The obtained...

Melting temperatures of OFHC(Oxygen-Free High Conductivity) copper at pressures ranging from 110 GPa to 140 GPa were measured on a two-stage light-gas gun by optical radiometry techniques and using LiF single crystal as window,based on such a conclusion that the melting temperatures at the sample/window interface pressure is equal to the release temperature,and close to the interfacial temperature if the OFHC copper sample is initially shocked or released into the region adjacent to the liquidus.The obtained data are consistent with the experimental results of high-pressure sound velocity measurements and theoretical predictions,and the melting behavior of OFHC copper at high pressure can be approximately described with Lindemann melting law.The method for melting temperature measurements we proposed in this paper avoided derivation of Hugoniot temperature,which simplified the determination of melting temperature,and provided a potential approach for melting temperature measurements of metals.

在发生冲击熔化的情况下,金属样品/窗口界面压力下的熔化温度与卸载温度数值相等,且十分接近于界面温度值。根据这一结论,利用二级轻气炮加载手段和光辐射法测温技术,用氟化锂(LiF)单晶作透明窗口,获得了110~140 GPa压力范围内无氧铜的熔化温度。实验表明,无氧铜的高压熔化温度数据与文献发表的无氧铜高压声速实验结果是一致的,铜的高压熔化规律可用Lindemann熔化定律近似描述。采用的熔化温度测量方法不必反演出冲击温度,简化了冲击熔化温度的数据处理方法,为金属冲击熔化温度测量提供了一种潜在的技术途径。

 
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