1)relaxation[英][,ri:l?k'se??n][美]['ril?k'se??n]驰豫
1.Orientational relaxation of C_(60) researched by extremal dynamic model;C_(60)取向驰豫的极限动力学研究
2.The equation describe the existences of the resonance states and the relaxation.导出并求解了跃迁几率振幅的运动方程，该方程正确描写了共振态的存在和驰豫现象。
3.And we will study the influence of the quantum dimsension effect to the relaxation construction in the item.项目主要研究在半导体和金属衬底上生长Pb薄膜时的量子尺寸效应,即纳米量级的厚度对薄膜生长规律的影响,进而探讨量子尺寸效应对驰豫结构的影响。
英文短句/例句
1.Relaxation Properties of CaCu_3Ti_4O_(12) CeramicsCaCu_3Ti_4O_(12)的驰豫特性
2.Effect of internal noise on nonlinear relaxation for brownian particle内噪声对布朗粒子非线性驰豫的影响
3.Application of genetic algorithm based on real-coding in fitting of relaxation curve;基于实数编码的遗传算法拟合驰豫曲线
4.Electromagnetic Characteristics and Multiple Dielectric Relaxations of β-Manganese Dioxide Nanorodsβ-MnO_2纳米棒的电磁特性和多极化驰豫损耗(英文)
5.Pressure Effects on Structural Relaxation of La-Al-(Cu, Ni) Bulk Metallic Glass压力对La-Al-(Cu,Ni)金属玻璃结构驰豫的影响(英文)
6.Study on Transverse Relaxation Time and Self-Diffusion Coefficient of Intermolecular Multiple Quantum Coherences分子间多量子相干横向驰豫时间和自扩散系数的研究
7.Effects of memory kernel on relaxation time of a bistable system driven by cross-correlated noises;记忆核对关联噪声驱动的双稳系统驰豫时间的影响
8.Microstructure and Tensile Properties of High Strength and Low Alloy Steel in Different Relaxation Time;不同驰豫时间的低合金高强度钢的组织和拉伸性能研究
9.Preparation of MRI Contrast Agent Based on Chitosan and Its Relaxation基于壳聚糖磁共振造影剂的设备及驰豫性能研究
10.Research on All-Optical Poling Properties and Relaxation Process for the PMMA Doped with Disperse Red偶氮聚合物薄膜的全光极化特性及其驰豫过程研究
11.Thequasi equilibrium relaxation occurs via elastic and inelastic scattering and the emission of longitudinal optical phonon.通过弹性和非弹性的碰撞，发射纵波光学声子，半导体中发生准热平衡驰豫。
12.but it went lame and halting,犹犹豫豫而且声音走调，
13.It's a brand-new Benz.这是崭新的奔驰。?
14.Oh, it's a Benz. Cool!噢，是一辆奔驰。酷！
15.He is never irresolute or inactive.他不犹豫，不休息。
16.without hesitation毫不犹豫地, 立即
17.then he brought out a sigh and said, hesitatingly:后来他叹了口气，犹犹豫豫地说：
18.At last she gave in and hesitatingly whispered:最后她让了步，犹犹豫豫小声说道：
相关短句/例句
Relaxation time驰豫时间
1.Effects of memory kernel on relaxation time of a bistable system driven by cross-correlated noises;记忆核对关联噪声驱动的双稳系统驰豫时间的影响
2.The results shows, scattering light relaxation times of young red cell membranes are shorter than those of old red cell membranes; relaxation times of scattered light from cortex cell membranes of mice become longer after adding β/A4 amyloid peptide.较新生红细胞膜的散射光驰豫时间比老红细胞短。
3., the first-order moments, the second-order moments, the cross-correlation functions and the self-correlation functions as well as the relaxation time have been calculated.在绝热近似下获得了q的含时解;计算了q,p的一阶矩、二阶矩、交叉关联函数、自关联函数及其驰豫时间;求出了布朗束缚振子的平均第一通过时间。
3)dielectric relaxation介电驰豫
1.XRD and dielectric relaxation measurements are exploited to study the influence of VA transition metal substitution on the lattice parameter and oxygen ion diffusion in La2Mo2O9samples.用X射线衍射分析和介电驰豫测量研究了La2Mo2O9中VA族过渡金属元素的取代对晶格参数和氧离子扩散的影响,La2Mo2O9中用V,Nb和Ta取代Mo位(四面体配位)产生晶胞参数的变化反映了氧离子空位和离子半径的影响。
2.Two distinct dielectric relaxation processes were observed in the frequency range from 102 Hz to 106 Hz.在102～106Hz的频率范围,观测到两种截然不同的介电驰豫。
4)Relaxation process驰豫过程
1.Analysis of relaxation process of ice particles and ice floatingup based on the theory of two-phase flow;基于两相流理论的冰颗粒驰豫过程和升浮初析
5)Structure Relaxation结构驰豫
1.Experimental features of the structure relaxation of metallic glasses and decaying behavior of the relaxation function are summarized, then various kinds of theory models for the structure relaxation of metallic glasses are reviewed.首先总结了金属玻璃结构驰豫的各种实验特征及驰豫函数衰减规律,然后介绍了关于金属玻璃结构驰豫的各种理论模型。
2.The effect of structure relaxation on the elastic property of Cu based bulk metallic glass was investigated systematically.本文系统地研究了结构驰豫对Cu58。
6)Opencircuit Relaxation开路驰豫
延伸阅读
辐射驰豫（radiationrelaxation）辐射驰豫（radiationrelaxation）分子从能量较高的激发态通过弛豫过程回到基态并发射光子的衰变过程。辐射弛豫包括二种过程：荧光（fluorescence）和磷光（phosphorescence）。当一个分子从其最低单线激发（S1）自发地发射光子回到基态（S0），即S1→S0，此辐射弛豫称荧光，它常发生在激发后的10-8～10-9s；若一个分子从最低三重态（T1）自发的发射光子回到基态，即T1→S0，此辐射弛豫过程称磷光。磷光的波长比荧光的要长。
