表面织构,Surface texture
1)Surface texture表面织构
1.Study on the surface texture mechanism of Al-doped zinc oxide films etched by NH_4Cl aqueous solution掺铝氧化锌薄膜表面织构机制的研究
2.A surface texture pattern,which combined two kind of dimples,was proposed to increase the load carrying capacity by improving both hydrodynamic effect and running process of contacting surfaces.采用在碳化硅(SiC)陶瓷表面加工表面织构的方法来提高水润滑下SiC陶瓷的承载能力。
3.However,it is still unclear how surface texture influences the tribological properties under boundary lubrication condition.表面织构(Surface texture)已被证明是一种提高表面承载力和改善表面摩擦学特性的有效方法。
英文短句/例句

1.Study on tribological performance of UHMWPE texture surfaceUHMWPE人造表面织构摩擦学研究
2.Study on the surface texture mechanism of Al-doped zinc oxide films etched by NH_4Cl aqueous solution掺铝氧化锌薄膜表面织构机制的研究
3.Surface Texture Red Light-emitting Diodes with High Extracting Efficiency高提取效率表面织构红光发光二极管
4.Texture and Hydrogen Adsorption of Activated Carbons Based on Hemp Stems汉麻杆基活性炭表面织构与储氢性能的研究
5.Influence of the Surface Texture on the Tribological Performances of Piston Skirt/Liner表面织构对发动机活塞/缸套摩擦性能的影响
6.Process Improvement of Surface Texturization of Monocrystalline Silicon for Solar Cells太阳能电池单晶Si表面织构化的工艺改进
7.Investigation of Acid Texturing of Poly-Si and Properties of Silicon Nitride after Rapid Thermal Process;酸腐多晶硅表面织构及氮化硅薄膜快速热处理性能的研究
8.Surface Texturing and Plasma Nitriding Treatment of Titanium Alloy and Study of Its Bio-tribological Properties;钛合金表面织构与等离子渗氮处理及其生物摩擦特性研究
9.Experimental Study for Improving the Tribological Performance of Piston Ring/Liner by Surface Texture利用表面织构提高活塞环/缸套摩擦性能的实验研究
10.Expression and Fractal Analysis of Morphology Structures of Crepe Fabric Surface Texture;绉织物表面纹理形貌结构的表征及分形分析
11.Filling -faced twills are those in which the picks predominate on the face of the fabric; warp- faced twills have a more evident warp on the surface.纬面斜纹织物的表面由纬纱构成;经面斜纹的织物表面则经纱比较明显。
12.Complexity is related to surface irregularities, surface texture, fuzziness, and weave.至于复杂性与表面的不规则性,表面结构,毛羽程度和织造加工有关。
13.Study on the Effects of the Surface Texture and Constituent of the Pad in CMP;抛光垫表面构造和组织对CMP影响效果的研究
14.Study on Microstructures and Wear Properties of the Coatings Fabricated on Titanium Alloy by Laser Alloying with Nitrogen Gas, Boron and Graphite Powders;钛合金表面激光硼碳氮合金化层的组织结构与耐磨性能研究
15.Microstructure and Corrosion Behavior and Hemocompatibility of DLC Films on the TiNi Alloys;TiNi合金表面DLC膜的组织结构与腐蚀行为和血液相容性
16.3-Dimensional Simulation of Fabric Structure and Appearance Based on the 3DS MAX7.0 Software;基于3DS MAX7.0软件平台织物结构和表面效果的三维模拟
17.Microstructures and Properties of Cavitation-erosion-resistance Coatings for the Fluid Machinery;流体机械表面抗气蚀涂层的组织结构与性能研究
18.Study on the Structure and Properties of Titanium Surfaces by Double Glow Discharge Plasma Non-Hygrogen Carburizing;纯钛表面双层辉光离子无氢渗碳的组织结构与性能的研究
相关短句/例句

texturization表面织构化
1.Orthogonal experimental optimization of surface texturization of monocrystalline silicon for solar cell;采用正交实验优化单晶硅太阳电池表面织构化工艺
3)surface microstructures表面组织结构
1.Through analyzing the surface microstructures of contact after arc erosion and their effects on the electrical performance, different approaches used for improving the electrical performance are concluded,and the trends of research is prospected.通过分析电弧侵蚀作用后的触头表面组织结构及其对电性能的影响,提出了降低接触电阻、增强界面结合强度和分散电弧的主要改善手段,并展望了AgSnO2材料的发展趋势。
4)surface textures表面织态结构
1.This paper formulates the matt layer for BOPP matt films and studies its matt properties, matte mechanism, and surface textures, finally get t.本论文研究了聚烯烃消光膜的配方、消光特性、消光机理和表面织态结构,并对其消光均匀性控制进行了探索,同时成功实现了聚烯烃消光膜的工业生产。
5)Textile Surface Structure织物表面结构
6)patterned surface人造织构表面
1.In order to investi-gate the working mechanism of patterned surface, elastohydrody-namic lubrication (EHL) calculation formula and methods wereput forward in this paper.人造织构表面在润滑条件下,较光滑表面提高了润滑性能,减少磨损。
延伸阅读

变形织构变形织构deformation texture  类别按变形方式不同,变形织构可分为拉丝织构、挤压织构、锻造织构和轧制织构等;按织构类型可分为丝织构(线织构)、面织构和板织构等,它们分别用(uvw>、{入壳z}及{h走l}(uvw)密勒指数表示。(见织构) 金属的点阵结构不同,其变形织构也不同。feC金属的板织构有铜织构{112}(111)、S一织构{123}<634)、黄铜织构{011}(211)以及戈斯织构{011}<100)等;面织构有{110};丝织构有<111)和<10。)。bcc金属的滑移系多,变形织构较复杂,典型的板织构有{100}(011>、{112}(110)、{111}(ixZ)与{111}(110)等;面织构有凌112},丝织构有(110)。hep金属典型的板织构有{0001}(1120》;面织构有{0001};丝织构有<1010>和<0001)。以上变形织构各组分的相对强弱受合金元素的性质和含量、晶粒大小和形状、晶界和相界特性、变形热力学条件以及应力应变状态等许多内外因素的影响和控制。如feC金属越纯或轧制温度较高(不发生动态再结晶)时,{212}(212)与{123}(634)组分越强,易形成“铜型”织构,如图1所示;相反,合金元素含量较高或轧制温度低或变形程度大时,{011}(Zn>与{。11}(10山组分强,其他组分弱,易形成“黄铜型”织构,如图2所示。有人认为,织构由“铜型”向“黄铜型”转化受交滑移控制,但越来越多的研究表明,上述织构类型的转化是由孪生变形引起的。 RD叠 强度水平最大9.7 0 .5 1 .0 2.0 3.0 5.0 7.0 图1工业纯铜的轧制织构 (轧制温度:室温,。~95%) 变形织构模型许多科学工作者致力于变形织构形成理论的研究,提出了许多塑性变形模型,主要有萨克斯(E.Saehs)模型和泰勒(G.1.Taylor)模型,其他模型基本上是由它们派生出来的。1928年萨克斯假RO圆 强度水平最大42 0 .5 1 .02(】3 0 5.()7.0 图2 H70黄铜的轧制织构 (轧制温度:室温;。~95%)定各晶粒的受力状态都等于样品的宏观受力状态,并假定各滑移系上临界分切应力re为常数,当滑移系上的分切应力达到几时,该滑移系启动。若已知外施应力状态内,则滑移系s上的分切应力代~二急内(i,j一i,2,3)。式中ij重复表示求和,m乙一n“,a‘b‘”a,,:‘”为滑移系s滑移平面的法向矢量;b闭为滑移方向矢量;a为应力张量内坐标系矢量;括号内字母重复表示不求和。该模型适用于单晶体的自由变形,按最大取向因子m补选取滑移系s。但该模型对多晶体来说,忽视了各晶粒之间变形的相互限制和协调,各晶粒之间会形成“孔洞”或“堆集”。一些研究者放松了晶体的变形只由最大取向因子选取滑移系的限制,或者规定了对变形体外形的限制。尽管这样,该模型难以描述多晶体的塑性变形。 1938年泰勒提出另一塑性变形模型,假定金属中各晶粒的变形状态与样品的宏观变形状态相同。根据该模型,又考虑体积守恒及d。,一令(m乙十”目’勺。