变形变化,deformation
1)deformation[英][,di:f?:"me??n][美]["dif?r"me??n]变形变化
1.Controlling roofing beam slab crack due todeformation;变形变化引起屋面梁板裂缝的控制
2)transform[英][tr?ns"f?:m][美][tr?ns"f?rm]使变形;变化
3)deformation strengthening形变强化
1.Microstructure and properties of W-35wt% Cu powders composite consolidated bydeformation strengthening;W-35% Cu粉末形变强化复合材料组织及性能研究
2.Effects of microstructure and properties of 93W -4. 9Ni -2. 1Fe alloys bydeformation strengthening;形变强化对93W-4.9Ni-2.1Fe合金组织及性能的影响
3.Structural effect ofdeformation strengthening on theinitiation of fatigue crack;形变强化对疲劳裂纹萌生的组织效应
英文短句/例句
1.Kinetics of deformation enhanced ferrite transformation (DEFT)will all be retarded by carbon and Mn elements.碳、锰元素延迟形变强化相变动力学。
2.Influence of deformation temperature on the critical strain for completion of DEFT变形温度对形变强化相变完成时临界应变量的影响
3.Study of Structure Ultrafinement of Micro-alloyed Steel Based on Deformation Enhanced Transformation;基于形变强化相变的微合金钢组织超细化研究
4.Effects of deformation strengthening on arc-sprayed pseudo-alloy coating电弧喷涂Zn-Al-Cu伪合金涂层形变强化效应研究
5.The effect of C and Mn contents on ferrite nucleation rate during Deformation-Enhanced Ferrite Transformation (DEFT) in low carbon (Mn) steels was investigated.研究了碳、锰含量对低碳(锰)钢形变强化铁素体晶粒数目变化的影响.
6.Study on Retransformation Strengthen of the Deformation Close Grain of the AZ31 Magnesium Alloy;AZ31镁合金变形细晶再变形强化研究
7.Strengthening Mechanisms and Hot Deformation Characteristics of MP159 Alloy;MP159合金的强化机理和热态变形特性
8.Plastic Deformation and Strengthening & Toughening of Magnesium Alloy AZ80;AZ80镁合金的塑性变形与强韧化
9.FE Simulation of Deformation and Residual Stress for Surface Rolling;滚压强化变形及残余应力的数值仿真
10.Converting Idea and Strengthening Mining Administration;转变观念树形象 强化矿管上水平
11.Research on Variable Force Crankshaft Rolling and Deformation Rule;曲轴变力圆角滚压强化及变形的规律研究
12.Influence of Strain Rate on Grain Refinement by Plastic Deforming;应变速率对强塑性变形晶粒细化的影响
13.stress-formation diagram胁强[应力]-形变图
14.CHIP?BREAKING BY FORCING CHIP DEFORMATION?TO REALIZE AUTOMATIC MACHINING强化切屑变形实现自动化切削加工的断屑研究
15.Alloy Phases Control and Chemical Components Optimization of ZK60 Magnesium Alloy;高强度变形镁合金ZK60合金相的控制与成分优化
16.Study on the Strength-toughness and Effect Factors of Deformation Fe-base Alloys;形变Fe-基合金的强韧化及影响因素的研究
17.The Research of the Deformation in the Rolling Process for Strengthen Crankshaft;曲轴圆角滚压强化工艺中曲轴变形的研究
18.Study on Technology of Strengthening-toughening and Electromagnetic Suspension Continuous Casting for Wrought Magnesium Alloys变形镁合金强韧化与电磁—悬浮连铸技术的研究
相关短句/例句
transform[英][tr?ns"f?:m][美][tr?ns"f?rm]使变形;变化
3)deformation strengthening形变强化
1.Microstructure and properties of W-35wt% Cu powders composite consolidated bydeformation strengthening;W-35% Cu粉末形变强化复合材料组织及性能研究
2.Effects of microstructure and properties of 93W -4. 9Ni -2. 1Fe alloys bydeformation strengthening;形变强化对93W-4.9Ni-2.1Fe合金组织及性能的影响
3.Structural effect ofdeformation strengthening on theinitiation of fatigue crack;形变强化对疲劳裂纹萌生的组织效应
4)strain hardening形变强化
1.It was confirmed by tensile test at liquid nitrogen temperature that the change of C,Cr,Ni and Mn from upper limit to lower limit gives significant difference both in formation of deformation-induced martensite andstrain hardening.在液氮内的拉伸结果表明:C、Mn、Cr和Ni的含量从标准范围的上限降到下限,显著增大形变诱发马氏体相变倾向和形变强化能力,尤其是C、Mn、Cr和Ni的含量接近下限的钢在室温下拉伸形成ε马氏体和α′马氏体,其中α′马氏体快速形成使流变应力迅速上升;此外发现,在液氮温度下,变形早期ε马氏体与α′马氏体同时存在,α′马氏体的体积分数累积到约70%后,ε马氏体消失。
2.solid solution strengthening,strain hardening, grain boundaries strengthening, dispersion strengthening, etc and the investigations on strengthening mechanism are reviewed.回顾和总结固溶强化、形变强化、晶界强化及弥散强化等常用铂强化方法及其强化机制的研究进展 ,介绍典型强化铂材料如铂铑合金、ZGSPt(Pt Rh)、ODSPt(Pt Rh)和DPHPt(Pt Rh)等弥散强化材料的主要性能和用途 ,为选择和开发更好的铂强化方法、推动强化铂的应用提供参考。
3.The erosion-wear resistance of the newly developed 28Cr cast iron was investigated with varying erosion velocities, and thestrain hardening mechanism of the austenitic matrix of the iron was emphatically discussed.利用高速液/固双相流冲蚀磨损试验机模拟不同试验条件,对改性28Cr高铬铸铁进行了不同冲蚀速度下的抗冲蚀磨损性能研究,着重讨论了该材料奥氏体基体的形变强化机理。
5)work hardening形变强化
1.Thework hardening property of 16Mn U shaped steel after intercritical hardening is studied in this paper.研究了１６ＭｎＵ型钢亚温淬火后的形变强化性能，结果表明：１６ＭｎＵ型钢经８２０℃×３０ｍｉｎ水淬＋２００℃回火后，具有较好的形变强化性能，适合于工程应用。
6)mechanical hardening形变强化
1.Microstructure evolution andmechanical hardening of 18-18-0.5N high-nitrogen austenitic stainless steel during cold rolling;18-18-0.5N高氮奥氏体不锈钢冷轧变形过程中的组织演变和形变强化
2.The article introduces microstructure evolution andmechanical hardening of three different kind steels during cold rolling.本文介绍了三种钢在冷轧变形过程中的组织演变和形变强化规律，发现三种钢具有不同的形变强化规律。
延伸阅读
气候要素日变化和年变化气候要素日变化和年变化diurnal variation and annual variation of climatic elementsq ihou yaosu ribianhua hen一anb一anhua气候要素日变化和年变化(diurnal varia-tion and annual variation of elimatieelements)由地球自转和公转所引起的以l」、年为周期的气候要素变化。日变化以气温为例，其日变化与地面加热状况直接有关，最高值在14一15时出现，最低值在日出前后测点的纬度、海拔高度、下垫面条件、季节以及人气干湿状况都可影响气温日变化，但不改变其主要性质)干旱地区夏季的气温日变化最显著，日较差(最高温度与最低温度之差)最大。气温日较差人小对农作物生长有收要意义，是农业气候分析的项目之一水汽压的日变化决定于地面加热条件、地面湿润状沉和湍流交换强弱。在充分湿润的地区和季节.水汽压最高值是午后最大，玄青晨最小，在其它地区，水汽压日变化曲线人多旱双峰型，两个高值分别出现在9时和「1落前后，两个低值发生在日出前和午后〔如图所示、风速日变化上要取决于近地层中湍流交换的日变化，11间因湍流加强，地面风速也增大，午后风速达最大值，夜间风速最小。沿海的海陆风现象及山区山谷风现象也属风的日变化，它们的速度和方向均有周日变化。年变化气候要素年变化与太阳辐射年变化有关最明显的是气温年变化，在北回归线以北的北半球大陆上，l月气温最低，7月最高，气温年变曲线比之天文辐射年变曲线约有一个月的位相落后。在海洋l比日︸1一一 。dq\汉俐田仁书5言 1 2 16时间/h20 24水气压的日变化上气温年变曲线的位相落后更多。从各地气温年变化特点就可看出海陆影响的程度(见大陆度)。降水的年变化也很明显，中国东部地区因受季风影响，夏季6一8月降水最多，冬季最少，干湿季竹交替明显地中海沿岸降水年变化具有冬季降水充沛，夏季少雨的特点，形成特殊的地中海气候。在英lfil各地，全年各月降水墩分配相当均匀，年变化较小，反映出典型的海洋性气候相对湿度的年变化与气温年变化相反，一般是夏季小冬季人。气温、降水、相对湿度等要素年变曲线的配置特点，可反映出各地气候的特点(翁笃鸣)
