弛豫

chí yù
  • relaxation
弛豫弛豫
弛豫[chí yù]
  1. N-正丁基苯胺的~(13)C自旋晶格弛豫研究

    The investigation of ~ ( 13 ) c spin - lattice relaxation of n-butyl aniline

  2. H2O和H2O2分子内的振动弛豫

    Study on the intramolecular vibrational relaxation of h_2o and h_2o_2

  3. Cu表面弛豫和自扩散机制的修正嵌入原子法模拟

    Modified embedded atom method for simulating the multilayer relaxation and self diffusion of copper

  4. 掺氟Bi(Pb)SrCaOuC大块超导体的磁弛豫

    Flux Relaxation in Fluorine-doped Bi ( Pb ) SrCa-CuO Bulk Superconductor

  5. Si,GaAs(111)表面弛豫效应

    Relaxation effects of the ( 111 ) surface of Si and GaAs

  6. Zr(70)Cu(30)非晶合金退火时结构弛豫过程的压力效应

    Pressure effect on structural relaxation of zr_70cu_30 amorphous alloy on annealing

  7. W(001)和W(110)表面的振动弛豫

    Oscillatory relaxation of the w ( 001 ) and w ( 110 ) surfaces

  8. 聚合物侧基NMR弛豫相关函数

    The correlation functions of side-groups of polymers for NMR relaxation

  9. AsH3分子的振动平动能量弛豫

    Vibrational-Translational Energy Transfer of AsH_3

  10. 在较低的测试温度范围内,升高温度引起纳米GaP材料发生晶界结构弛豫;

    In lower measuring temperature range , increase of temperature led to occurrence of grain boundary relaxation of GaP nanocrystals .

  11. NMR基于横向弛豫时间不同的选择性检测方法

    NMR selective detection based on different transverse relaxation times

  12. Si(111)理想、弛豫及2×1重构表面的声子谱研究

    Investigation of surface phonons at ideal , relaxed and 2 × 1 reconstructed si ( lll ) surface

  13. 三氟乙酸溶液中尼龙6链凝聚缠结的NMR弛豫研究

    Nuclear Magnetic Resonance Relaxation of Cohesional Entanglement of Nylon 6 Chains in Trifluoroacetic Acid Solution

  14. 该文用原子外弛豫效应解释了复合氧化物中的Pb和Tl的结合能的反常现象。

    This abnormal phenomenon has been explained by using the extra atomic relaxation effect .

  15. 非相干光时延四波混频中V型三能级原子的布居弛豫量子拍的理论研究

    Theoretical studies of the quantum beats on population relaxation for V-level atoms by using time delayed four-wave mixing with incoherent light

  16. 当x值较大(或较小)时具有弛豫铁电体特征,相变弥散性较强;

    The material has relaxation ferroelectric characteristics When x value is large ( or small ), and shows relatively strong disperse phase change .

  17. ZnS中电子陷阱能级对光生电子弛豫过程的影响

    Effect of Electron Traps in ZnS on the Decay Process of Photoelectrons

  18. 随着Ca含量的增加,介电损耗的弛豫峰向高温移动。

    With the increase of Ca content , a shift of the relaxation peak for the dielectric loss to high temperature was observed .

  19. N2O在193nm光解:振动激发态NO(v)的生成及与N2O的碰撞弛豫

    Photodissociation of N_2O at 193nm : Formation and Quenching of Vibrational Excited NO ( v ) by N_2O

  20. Fe(35)Ni(15)B(26)纳米金属玻璃的表面状态、结构弛豫及晶化过程的研究

    An investigation on surface status , structure relaxation and crystallization process of fe_ ( 35 ) ni_ ( 15 ) b ( 26 ) nanometer metglas

  21. 从Maxwell串联模型定义的弛豫时间τ理解聚合物粘弹性的本质

    Understanding the Nature of Viscoelasticity of Polymer based on Relaxation Time Defined from Maxwell Model

  22. 用这方法计算了Si和GaAs(111)理想表面和弛豫表面的电子态和波函数。

    The electronic states and wave functions of the ideal and relaxed ( 111 ) surfaces of Si and GaAs arc calculated .

  23. SOA弛豫时间对FWM波长变换效率的影响

    Effects of Relaxation Times on Wavelength Conversion Efficiency Based on Four-Wave Mixing in Semiconductor Optical Amplifier

  24. 它的Cα和Cβ都有完全的核奥佛好塞效应(NOE),但弛豫特性有明显差异;

    It 's C α and C β both show a full nuclear Overhauser effect , but their relaxation behaviors are obviously different .

  25. 文中阐述了调Q激光器的弛豫振荡理论,并对电光调Q激光器输出性能参数进行了理论分析。

    The theory of relaxation oscillation is described , and it give the theories analysis which is the output natural parameter of Q-switch laser .

  26. 采用应力弛豫法跟踪测量了样品在变形后等温保持时,Nb、Ti等的C析出过程。

    Stress relaxation test was carried out to detect precipitation of ( Nb , Ti )( C , N ) during isothermal hold after deformation .

  27. 关于薄SiO2的高场弛豫电导与击穿机制的研究

    Study on Mechanism of Breakdown and Conductance Relaxation of Thin-Gate SiO_2 under High Electric Field Stresses

  28. AX体系多量子弛豫时间的直接探测

    Direct measurement of multiple quantum relaxation time in ax system

  29. InGaAsPPBC型激光二极管的弛豫频率和调制特性的研究

    Researches on Relaxation Frequency and Modulation Properties of InGaAsP PBC Laser Diode

  30. 非晶态As2S3膜的结构弛豫

    Structure relaxation in non & crystalline as_2s_3 film