电子温度效应,temperature effect of the electron
1)temperature effect of the electron电子温度效应
1.A closed-form physical model of bse transit time considering thetemperature effect of the electron is obtained.推导了考虑电子温度效应之后的基区渡越时间的闭式物理模型,并与简单的漂移扩散模型作了比较,对于超薄基区,该闭式模型比漂移扩散模型准确。
2)resistivity-temperature effect电阻率-温度效应
3)electromagnetic temperature effect电磁-温度效应
4)temperature effects温度效应
1.Better understanding of the thermomechanical behaviour of the materials subjected totemperature effects is a key issue for the analysis of this kind of applications.对与温度效应有关的材料的热–力学特征的正确理解是分析该类工程问题的一个关键。
2.Some problems are studied in detail, including the thermal consolidation problem, thetemperature effects on permeability, thermal conductivity and thermal resistivity, thermal volume change of the clay-water system, etc.分析了温度效应对粘性土介质若干基本力学特性的影响。
3.Th effect of ADC error on system performance is discussed from four aspect as following:DC characteristic,error source,temperature effects and AC characteristic,and some rectifying measurements are also put forword.本文主要从直流特性、误差源、温度效应及交流特性等方面 ,详细讨论了ADC误差对系统性能的影响 ,并提出了部分校正措施。
英文短句/例句
1.Research on Temperature Field and Temperature Effect of Box Girderin P.C. Cable-stayed Bridge;斜拉桥箱梁温度场及温度效应的研究
2.Shear-wall Research on Temperature Effect and Thermal-bridge Effect剪力墙结构温度效应与热桥效应研究
3.Study on the Temperature and Temperature Effects of Concrete Hollow Block Construction;混凝土空心砌块建筑温度场和温度效应研究
4.The Temperature Field Test and the Temperature Effect Analysis of the Main Cable of the Yangtze River Bridge in Yangluo;阳逻长江大桥温度场测试及主缆温度效应分析
5.The Research of Temperature Field and Temperature Effect of Box Girder Bridge by Solar Radiation混凝土连续箱梁日照温度场及温度效应研究
6.Temperature Field and Temperature Effect Analysis of Half-through Concrete Filled Steel Tubular Arch Bridge中承式钢管混凝土拱桥温度场及温度效应分析
7.STUDY OF THE EFFECTS OF THE LIGHT INTENSITY AND TEMPERATURE ON THE FREQUENCY OF THE Rb MASER铷激射器频率的光强和温度效应研究
8.Research on the Temperature Effect of Integral Abutment Bridge;整体式无伸缩缝桥梁的温度效应研究
9.Study on Shape-State of and Temperature Effect on Cable-Membrane Structures;索膜结构的形态分析和温度效应研究
10.The Study of Sunlight Temperature Effect for Higher Pier of Long-span Bridge;大跨径桥梁高墩日照温度效应的研究
11.Analysis of Temperature Effect on High and Long Continuous Rigid Frame Bridge;高墩大跨连续刚构桥温度效应的研究
12.Study on the Key Factors of Temperature Effect of Concrete Box-girder Bridges混凝土箱梁桥温度效应关键因素研究
13.Construction Control for Tianluo Bridge and Temperature Effect Analysis田螺特大桥施工控制及温度效应分析
14.The Temperature Effect Research of NaI(T1) γ spectrum apparatusNaI(T1)γ谱仪系统温度效应研究
15.The Study on Temperature Effect Compensation for Fiber-optic Strapdown Inertial Navigation System光纤捷联惯导系统温度效应补偿研究
16.Analysis of Temperature Effects on Cable-stayed Suspension Bridge斜拉-悬索协作体系桥的温度效应分析
17.The Temperature Effects of Localized Properties in DNA MoleculeDNA分子中电子局域性质的温度效应
18.temperature-hysteresis effect of standard cel标准电池温度滞后效应
相关短句/例句
resistivity-temperature effect电阻率-温度效应
3)electromagnetic temperature effect电磁-温度效应
4)temperature effects温度效应
1.Better understanding of the thermomechanical behaviour of the materials subjected totemperature effects is a key issue for the analysis of this kind of applications.对与温度效应有关的材料的热–力学特征的正确理解是分析该类工程问题的一个关键。
2.Some problems are studied in detail, including the thermal consolidation problem, thetemperature effects on permeability, thermal conductivity and thermal resistivity, thermal volume change of the clay-water system, etc.分析了温度效应对粘性土介质若干基本力学特性的影响。
3.Th effect of ADC error on system performance is discussed from four aspect as following:DC characteristic,error source,temperature effects and AC characteristic,and some rectifying measurements are also put forword.本文主要从直流特性、误差源、温度效应及交流特性等方面 ,详细讨论了ADC误差对系统性能的影响 ,并提出了部分校正措施。
5)effect of temperature温度效应
1.The basic mechanical properties,reinforcement and failure mechanisms,effect of temperature,the length of fiber and the influence of the fraction of components and surface treatment o.简要介绍了纤维增强泡沫塑料的制备方法和结构形态;重点报道了短纤维增强泡沫塑料力学行为的研究成果和作者的一些工作,其中包括纤维增强泡沫塑料拉压、弯剪基本力学性能、纤维增强机理和材料破坏机理、温度效应、纤维长度、纤维填充量和表面处理对力学行为的影响等。
2.This paper deals with the relation between the young spike differentiation of dif-ferent ecotypes of wheat at different sowing date and theeffect of temperature.研究了不同生态型小麦在春季分期播种条件下的幼穗分化过程与温度效应的关系。
3.Theeffect of temperature on the polarizing prisms;从理论上对棱镜透射比以及透射光强扰动的温度效应进行了讨论。
6)temperature effect温度效应
1.Sunlighttemperature effect analysis and design research of the prismatic continuous box beam;等截面连续箱梁日照温度效应分析及设计研究
2.Analysis oftemperature effect for long span pre-stressed concrete box girder of continuous and rigid frame bridge;大跨连续刚构预应力混凝土箱梁温度效应分析
3.The study oftemperature effect for long span tall-pier T-shape rigid frame bridge;大跨度高墩T构桥温度效应研究
延伸阅读
电子温度在假定恒星大气处于热动平衡的条件下，电子的速度分布符合麦克斯韦速度分布律：式中ne为电子密度；me为电子质量；k为玻耳兹曼常数；v 为电子速度。这就是说，具有一定速度的相对电子数取决于Te所制约的上述分布律，Te就称为气体的电子温度或电子运动温度。电子动能的平均值与 Te 的关系为e。若电子的平均动能由观测得出，则利用这一关系式可求出电子温度。此关系式在非热动平衡的大气（例如日冕、星际气体）中也可应用。在热动平衡态下，只有一个温度；而在非热动平衡态下，描述辐射场的辐射温度TR和描述电子无规运动的电子温度Te以及描述离子(或原子)无规运动的离子温度Ti等均有不同的数值。根据谱线轮廓的宽度或粒子密度的分布求出太阳色球底层的电子温度大约只有5,000K，而在日冕中电子温度则可高达106K。
