热力学行为,thermodynamic behavior
1)thermodynamic behavior热力学行为
1.Thermodynamic behavior of silicon in synthesis process of MgAlON spinel;MgAlON合成过程中硅元素的热力学行为
2.The effects of adding BaF2 on the thermodynamic behavior of YBCO precursory powders,melt-textured microstructure and properties of YBCO superconductors have been investigated.研究了BaF2添加对高温超导氧化物YBCO先驱粉末的热力学行为及对织构组织和超导性能的影响。
3.The effect of temperature(291K-313K) on the thermodynamic behavior of two racemic glycerin selenides on CDMPC chiral stationary phase(CDMPC-CSP) was investigated with a mobile phase consisting of n-hexane/2-propanol(80/20,v/v).在流动相组成为正己烷/异丙醇(80/20,v/v),温度为291K-313K条件下,考察了2种结构相似的外消旋硒代甘油醚色谱手性拆分的热力学行为
英文短句/例句

1.Thermal Behavior of Bi System 2212 and 2223 Phases in Normal State铋系2212和2223相在正常态中的热力学行为
2.Thermodynamic Behavior Research on the Soil Structure about Urban Environment;城市环境下粘性土细观结构的热力学行为研究
3.Molecular Dynamics Simulation on the Thermodynamic Behaviors of Metallic Melt and Metallic Glass金属熔体与金属玻璃热力学行为的分子动力学模拟
4.Kinetic and thermodynamic behaviors of cationic dye sorption on wheat straw esterified by citric acid亚甲基蓝在柠檬酸酯化改性麦杆上吸附的动力学和热力学行为
5.Analysis of Thermo-mechanical Behaviors in the Mould for Small Round Billet Continuous Casting;圆坯连铸结晶器内热—力学行为的分析
6.Analysis of Thermodynamics Behavior of Vanadium in Steel and Steel-slag;钒在钢渣中及钢中行为的热力学分析
7.Study on Thermodnamics of Phasebehavior for Homopolymer Blends;高分子共混体系热力学相行为的研究
8.Restricted Hot Deformation Behavior and Mechanical Property of TA15 Titanium Alloy;TA15钛合金热约束变形行为及力学性能
9.Study on Fracture Mechanical Behavior of Functionally Graded Materials under Thermo-Mechanical Loads热力作用下功能梯度材料的断裂力学行为研究
10.Basic Research for Environmental Behavior and Relative Thermodynamics of Sulfonamides;磺胺类药物环境行为及相关热力学基础研究
11.Heat Treatment Impact on the Mechancial Behavior of Ultr-Fine Commercial Pure Aluminum;热处理对超细晶工业纯铝力学行为影响的研究
12.Study on the Thermodynamics, Crystallization and Corrosion Behaviors of Al-based Amorphous Alloys;铝基非晶的热力学、晶化过程及腐蚀行为的研究
13.Microstructure and Mechanical Behavior of Hot-Extruded Mg-Mn-Zn-RE Alloys;热挤压镁—锰—锌—稀土合金的显微组织及力学行为
14.Study of Kinetics of Thermal Polymerization of Styrene at Refining Condition;苯乙烯精制条件下热聚合动力学行为研究
15.The Mechanics Behavior and Dynamic Recrystallization in Hot Deformation of AZ31 Alloy;AZ31镁合金热变形力学行为和动态再结晶的研究
16.Research on Thermal Stress and Flowing Field of Welded Metal Bellow Mehanical Seals;波纹管机械密封的热动力学行为及流场研究
17.Mechanical Analysis of Free Edge Delamination of Thermoplastic Composite Laminates;热塑性层合板自由边缘分层的力学行为研究
18.Research on Mechanical Behavior of Self-Tight Seal Tubesheet for U-Tube Heat Exchanger自紧密封U型管式换热器管板的力学行为研究
相关短句/例句

thermomechanical behavior热力学行为
1.Characterization of thermomechanical behavior of skin tissue:Ⅰ.Tensile and compressive behavior;皮肤组织的热力学行为表征:Ⅰ.拉压行为
3)thermo hydro mechanical behavior热-水力-力学行为
4)Thermodynamic partitioning behavior热力学分配行为
5)Thermal-force behavior热-力行为
6)thermal behavior热学行为
1.Structure and morphology of these aluminum nanopowders were characterized by X-ray diffraction(XRD) and transmission electron microscopy(TEM),and the thermal behaviors of them were studied using(differential) thermal analysis(DTA).采用高频感应加热蒸发-冷凝法制备了20,25,50 nm三种不同粒度的纳米铝粉,并运用X射线衍射(XRD)和透射电镜(TEM)对纳米铝粉进行表征,使用差热分析(DTA)研究了不同粒径纳米铝粉的热学行为。
2.The thermal behavior of linear low density polyethylene-grafted-acrylic acid (PE-LLD-g-AA) was investigated using differential scanning calorimety(DSC)and compared with that of neat linear low density polyethylene (PE-LLD).利用差示扫描量热仪研究了丙烯酸接枝线形低密度聚乙烯(PE-LLD-g-AA)的热学行为,结果表明,与纯线形低密度聚乙烯(PE-LLD)相比,PE-LLD-g-AA的熔融温度(T_m)略有增加,结晶温度(T_c)增加大约4℃,熔融焓(ΔH_m)随AA含量的增加而降低。
3.DSC,TMA,and SEM measurements were carried out to investigate the thermal behavior and phase character of HDPE/Surlyn blends.利用示差扫描热量仪(DSC)、热机械分析装置(TMA)、电子拉力机和扫描电镜等方法对HDPE/Surlyn共混体系的热学行为和相态结构进行了研究,证实该共混体系属部分相容的非均相体系,当Surlyn含量在30%到50%时,该共混物发生了明显的相转变。
延伸阅读

热力学:热力学第零定律热力学第零定律:热力学中以热平衡概念为基础对温度作出定义的定律。通常表述为﹕与第三个系统处於热平衡状态的两个系统之间﹐必定处於热平衡状态。图中A 热力学第零定律示意图 ﹑B 热力学第零定律示意图 ﹑C 热力学第零定律示意图 为 3个质量和组成固定﹐且与外界完全隔绝的热力系统。将其中的B ﹑C 用绝热壁隔开﹐同时使它们分别与A 发生热接触。待A 与B 和A 与C 都达到热平衡时﹐再使B 与C 发生热接触。这时B 和C 的热力状态不再变化﹐这表明它们之间在热性质方面也已达到平衡。第零定律表明﹐一切互为热平衡的系统具有一个数值上相等的共同的宏观性质──温度。温度计所以能够测定物体温度正是依据这个原理。