滑移系的英文

• glide system
• slip system

• "滑移"英文翻译    drift; slippage; glide; slid ...
• "系"英文翻译    system; series
• "共轭滑移系" 英文翻译 :    conjugate glide system; conjugate slip system
• "滑移系数" 英文翻译 :    slip factor
• "抗滑移系数" 英文翻译 :    slicoefficient of faying surface
• "交叉滑移系统" 英文翻译 :    cross slip system
• "井架滑移系统" 英文翻译 :    skidding system
• "临界滑移系统" 英文翻译 :    critical slip system
• "潜在滑移系统" 英文翻译 :    latent glide system; latent slip system
• "主动滑移系统" 英文翻译 :    active slip system
• "不活动的滑移系统" 英文翻译 :    inactive slip system
• "潜在的滑移系统" 英文翻译 :    latent glide system
• "共轭滑移系交叉滑移" 英文翻译 :    conjugate slip system cross slip
• "只能提供3个独立的滑移系" 英文翻译 :    niai
• "高强度螺栓摩擦面抗滑移系数" 英文翻译 :    against slicoefficient between friction surface of high-strength bolted connection; against slip coefficient between friction surface of high-strength bolted connection
• "滑移" 英文翻译 :    drift; slippage; glide; slide; slip
• "平移系" 英文翻译 :    translation system
• "偏移系数" 英文翻译 :    deviation factor; deviation ratio; offset coefficient
• "漂移系数" 英文翻译 :    drift coefficient; drift figure
• "频移系统" 英文翻译 :    shift system
• "气转移系数" 英文翻译 :    aeration coefficient
• "迁移系列" 英文翻译 :    seral
• "迁移系数" 英文翻译 :    coefficient of migration; immigration coefficient; migrationcoefficient; mobility ratio
• "推移系统" 英文翻译 :    beetle haulage system
• "相位移系数" 英文翻译 :    coefficient of phase displacement

• In the hexagonal close packed structure, slip systems are more limited .
  在六方密排晶格中，滑移系受到较多的限制。
• Conjugate slip system
  共轭滑移系
• Analysis of elastic stress field and resolved shear stress in primary s lip system of bicrystal
  双晶体弹性应力场和主滑移系分解切应力的分析
• The combination of a crystallographic plane and , within that plane , a crystallographic direction along which slip ( i . e . , dislocation motion ) occurs
  滑移面和该面上一个滑移方向的组合称为一个滑移系，晶体滑移（如位错的移动）可以沿该系统发生。
• 5 . under the experimental conditions , the tensile strength of directional solidification cu - cr alloy is markedly higher than the casting cu - cr alloy . and the analysis of rupture part on sem shows the gliding series of directional solidification cu - cr alloy is more than the casting cu - cr alloy
  5实验条件下定向凝固cu - cr合金的抗拉强度明显高于铸态cu - cr合金，扫描电镜( sem )断口表明定向凝固cu - cr合金断口滑移系多于铸态cu - cr合金。
• The first stage is primary slip then followed by secondary slip ; the last stage is due to dislocation passing the slips . the cyclic stress strain ( css ) curve exhibits a stronger hardening occurred in cyclic plastic deformation than that in tensile test
  建立了拉伸和应变疲劳的有限元模型，使用基于晶体滑移模型的数值方法，对晶体内部滑移系的启动以及滑移系上的分解切应变、切应力这些无法试验观测的变量进行计算，分析它们对晶体塑性变形的不同影响。
• _ the phenomenon of saturation or " lock up " when all of the grains have transformed , is described in a rattier simple form through domain volume fractions by the proposed model , in which domain switching in ferro - electrics is analogous to that of dislocation movement on crystal slip planes in metals
  ? ?依据晶体塑性理论，将铁电材料中的电畴翻转类比于晶体位错滑移面上的滑移系，定义铁电材料中相应的电畴反转系；采用电畴的体积分数表述电畴翻转的变化量，得到了电畴翻转的饱和特性的简单描述。
• The microprocesses of deformation and fracture in 18 - 8 stainless steel were observed by in - situ tension in tem . it was found that the dislocations were emitted from the grainboundary and dislocation source inside a grain and slip along their slip system respectively . partial dislocation could also be emitted from the grainboundary , and moved into the grain , and that leaving behind a stacking fault
  摘要浙江人学博1 ：学位论文采用透射电镜动态拉伸、原位观察icrlsnigti不锈钢形变与断裂过程，发现不锈钢变形时，晶界和晶内位错源均可产生位错，并沿各自的滑移系运动。
• The test results show that the grain sizes do not reduce further after 6 passes of ecap , the slip systems of ferrite is mainly belonging to { 110 } < 111 > and { 112 } < 111 > slip system family during the first and the second pass of the ecap with route c , and under the annealing conditions of 300 ~ 550 x lh , ultrafme grains are thermally stable
  研究发现，在c方式ecap变形中，各道次ecap变形细化程度不同， 1道次细化效果最大，随后道次细化作用逐步减少，变形6道次为实验用钢的ecap晶粒细化的极限。铁素体c方式ecap变形第1和第2道次的主要滑移系为{ 110 } < 111 >和{ 112 } < 111 > 。
• The structure of the deformation bands was observed and photographed by a microscope with a camera accessory . a user material mechanical behavior ( umat ) subroutine was developed based on the crystal plasticity model , and with it , the anisotropic elasto - viscoplastic behavior in single crystals was described . slip systems " evolution was simulated by using finite element method with the subroutine
  本文使用数值模拟的方法对[ 001 ] 、 [ 011 ] 、 [ 111 ]以及偏轴加载的多种取向试样进行了拉伸试验模拟和循环模拟，研究了不同取向的试样在加载过程中滑移系的演化情况，并对试样的宏观力学行为和细观机理进行了评述。