应变效应

小缺口疲劳启裂门槛值的平面应力与平面应变效应

On the plane stress and plane strain effect of fatigue-crack initiation at sharp notch

这些工作通过应变效应为具有核壳结构的合金催化剂的研究做了深入的调查。

The work thus paves the way for further investigating the strain effect in core-shell bimetallic catalysts .

应变效应对金属Cu表面熔化影响的分子动力学模拟

Molecular dynamics simulation of strain effects on surface melting for metal Cu

改性PZT陶瓷的大场诱应变效应

The Large Field-induced Strain Effects on Modified PZT Ceramics

神经&体液ET1启动、调控与CNS超微结构应变效应综合研究

A comprehensive study on initation and regulation of ET _1 and stress reaction in CNS ultrastructure

催化剂性能的提高可能来源于非贵金属板上Pt壳厚度形成的良好应变效应相关作用。

The enhancement may result from favorable strain effects related to the thickness of Pt shell formed on the non-noble metal substrate .

厚度与应变效应对La（0.67）Ca（0.33）MnO3薄膜电输运与居里温度的影响

Thickness and strain effects on electronic transport and Curie temperature in La_ ( 0.67 ) Ca_ ( 0.33 ) MnO_3 films

利用生长SiGe／Si赝晶产生的应变效应可以改变材料性质，提高载流子的迁移率。

The hole or electron mobility may be promoted utilizing strain effect produced by epitaxial growth technique for SiGe or Si pseudomorphy .

根据ρ0，ωs，Ea以及TC变化，初步讨论了薄膜中的厚度与应变效应。

Based on the investigation of ρ 0 , ω s and E a , the thickness and strain effects in the films are discussed , separately .

应变效应导致的固相自由能增加是金属Cu（110）表面热稳定性下降的主要因素，且表面应力和应变方向的异同也会影响表面预熔化的进程。

The increase of solid free energy induced by strain is the main factor that decreases surface thermal stability , the direction of strain relative to the surface stress also effects the premelting process .

主要从压强引起的应变效应、材料热膨胀效应、热光效应几个方面对HCPCFF-P干涉传感器进行了理论和实验分析。

The HCPCF F-P sensor is analyzed from strain effects induced by the pressure , the thermal expansion effect of material and thermo-optic effects , experimentally and theoretically .

红外光学薄膜的热应变效应分析

Analysis of Effect in the Infrared Optical Films by Thermal Strain

Si－GaAs（001）异质界面的价带不连续性及其应变效应

Valence-Band Offset at Si-GaAs ( 001 ) Interface and Its Strain-Induced Effects

平均应变效应的循环粘塑性描述

A cyclic viscoplastic description for the effect of mean strain

急性脑血管病患者心脏的应变效应及其机制

Cardiac response in patients with acute cerebral vascular disease and its mechanism

超声传播效应，电阻-应变效应和应力-磁效应。

Sensors ultilizing the resistance-strain effect and sensors ultilizing the stress-magnetic effect .

压电陶瓷的非线性电应变效应

Nonlinear Electro - Strain Effect of Piezoelectric Ceramics

应变效应对氧化锌纳米线的光电性质影响明显。

Furthermore , the strain effects on the properties of zinc oxide nanowires are obvious .

洛仑兹力的应力应变效应

Stress-strain Effect of Lorentz 's Force

脑出血大鼠心脏的应变效应

Cardiac response in experimental cerebral hemorrhage

用实验方法研究了掺稀土元素Tm/Ho光纤测温传感器的温度特性和应变效应。

The temperature characteristics and strain effects in a Tm / Ho co doped optical fibre sensor are investigated .

利用单模光纤的光弹效应及应变效应实现了压光调制，并且完成了光学双稳实验。

Using the photoelastic and strain effect of single-mode glass fiber we realized piezooptical modulation and performed the optical bistable experiment .

作用在金属杆上的力，产生的应变效应，应用在流量仪表中。

A force action on a metal bar will produce a strain effect , which can be used in the application of Flow equipment .

2。在考虑大应变效应基础上，采用有限元方法分析薄板大挠度弯曲，经实船板自重成型实验验证，所建立船体板有限元模型准确可靠。

The relatively large deflections of sheet are described and the models of finite element method are built and checked up by experimental measure of dead load forming .

讨论了GaInAs/GaAs应变量子阱结构的应变效应，给出了量子阱层的临界厚度随In组份的变化关系。

The strain effect of GaInAs / GaAs quantum well is discussed , and the critical layer thickness of the quantum well under different indium fractions is obtained .

详细研究了相位调制型波导传感器的传感机理，分析了应力应变效应和温度应变效应引起的相位变化机理。

Sensor principle of waveguide sensor based on light phase modulation is researched . The phase change , generated by stress-strain effect and temperature-strain effect , is analyzed .

引入了一个分析红外光学薄膜热应变效应的模型，并针对具体情况，对模型作了必要的改进。

A model to analyze the effect of thermal strain in the infrared optical films was introduced . When apply it to specific case , a necessary improvement has made on it .

提出了利用弯曲效应降低谐振波长的温度灵敏度和通过消除弯曲引起的轴向应变效应从而提高弯曲测量精度的方法。

Directly , but also determine the bend direction , a tunable gain equalizer , and a method that can improve the bend measurement precision by means of eliminating the strain effect resulting from bending .

钛酸锂作为近年来研究较热的锂离子电池负极材料之一，具有零应变效应、平稳的充放电平台、良好的循环稳定性等特点。

In resent years , lithium titanate has become one of the most attractive anode materials for lithium-ion batteries owing to the zero-strain effect , stable charge and discharge platform , and excellent cycle stability .

采用差分法求解有效质量方程，考虑轻重空穴的混合效应及应变效应，对三种不同形状的量子阱的能带结构、价带态密度、跃迁矩阵元进行了比较。

By solving the effective mass equations using the difference method , taking into account the strain effects and valence band mixing effect , we have compared the band structures , DOS ′ s of valence band and the optical matrix elements for different shaped wells .