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等温线性
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  “等温线性”译为未确定词的双语例句
     In order to study supernormal heat transfer of thin films in microelectronic devices, the authors, based on isothermal linear response theory (LRT) and embedded atom method (EAM) potential, studied thermal conductivity of copper thin films using homogeneous non\|equilibrium molecular dynamics (NEMD). The relations between thermal conductivity of copper thin films and their thickness as well as temperatures were extracted.
     为研究微电子器件中薄膜的“超常”传热行为 ,基于等温线性响应理论 (LRT)和嵌入原子法 (EAM)势函数 ,采用均质非平衡态分子动力学方法 ,对铜薄膜的热导率进行了计算机数值模拟 ,给出了铜薄膜热导率与薄膜厚度及温度之间的关系 .
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  相似匹配句对
     (2) isothermal;
     一般等温;
短句来源
     Linear-fitting Method
     线性拟合法
短句来源
     Kinetics of isothermal crystallization for LLDPE filled with nano-SiO_2
     纳米二氧化硅填充线性低密度聚乙烯的等温结晶动力学
短句来源
     Linear Prediction
     线性预测
短句来源
     Nitrobenzene and aniline sorption to CTMAB bentonite was weak, and the isotherms were approximately linear.
     对苯胺、硝基苯的等温吸附曲线基本呈线性
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In order to study supernormal heat transfer of thin films in microelectronic devices, the authors, based on isothermal linear response theory (LRT) and embedded atom method (EAM) potential, studied thermal conductivity of copper thin films using homogeneous non\|equilibrium molecular dynamics (NEMD). The relations between thermal conductivity of copper thin films and their thickness as well as temperatures were extracted. The results observe Flik regime on microscale heat transfer and are in good agreement with...

In order to study supernormal heat transfer of thin films in microelectronic devices, the authors, based on isothermal linear response theory (LRT) and embedded atom method (EAM) potential, studied thermal conductivity of copper thin films using homogeneous non\|equilibrium molecular dynamics (NEMD). The relations between thermal conductivity of copper thin films and their thickness as well as temperatures were extracted. The results observe Flik regime on microscale heat transfer and are in good agreement with the experimental data from other literature. The method and results of this paper can be used to analyze microscale heat transfer and thermal stress in microelectronic devices.

为研究微电子器件中薄膜的“超常”传热行为 ,基于等温线性响应理论 (LRT)和嵌入原子法 (EAM)势函数 ,采用均质非平衡态分子动力学方法 ,对铜薄膜的热导率进行了计算机数值模拟 ,给出了铜薄膜热导率与薄膜厚度及温度之间的关系 .模拟结果符合 Flik关于微尺度薄膜导热的判据并与其他文献的实验数据基本一致 ,表明该方法和结果可以用于微电子器件中的微尺度传热及热应力问题的分析 .

Siderite has the property of thermal decomposition,and emits CO2 via roasting under certain temperature and atmosphere,and as a result the magnetite with strong magnetism is obtained.This is propitious to low intensity magnetic separation and concentrate.TG and DTG are used to explore the thermal decomposition process of Da-xi-gou siderite.The temperature of thermal decomposition was determined and the kinetic behavior was studied.The differential method was used to calculate the kinetic parameters and determine...

Siderite has the property of thermal decomposition,and emits CO2 via roasting under certain temperature and atmosphere,and as a result the magnetite with strong magnetism is obtained.This is propitious to low intensity magnetic separation and concentrate.TG and DTG are used to explore the thermal decomposition process of Da-xi-gou siderite.The temperature of thermal decomposition was determined and the kinetic behavior was studied.The differential method was used to calculate the kinetic parameters and determine the kinetic model of thermal decomposition of Da-xi-gou siderite.The validations of the results were carried by integral methods and integral isoconversional non-linear method.The results show that the temperature of thermal decomposition was low,ranging from 400℃ to 600℃.The mechanism function agrees to F1 model.

菱铁矿具有热分解特性,在一定温度与气氛条件下,经焙烧后放出CO2气体,并生成强磁性的磁铁矿,利于弱磁选富集.用TG和DTG(热重法和微商热重法)研究了大西沟菱铁矿的热分解过程,判定了发生热分解反应的温度范围,分析了热分解反应的动力学行为,采用微分法计算了大西沟菱铁矿的热分解动力学参数,并判定热分解过程所符合的动力学模型,用多种积分方法和非等温线性拟合法对计算结果进行了验证.结果表明:大西沟菱铁矿的热分解反应温度较低,在400-600℃之间.热分解过程符合F1模型.

 
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