机械结合,mechanical bond
1)mechanical bond机械结合
1.The analysis indicate that the coating with a thickness of 100~200um was formed on the substrate surface and its mainly ingredient was low-temperature glass, the ingredient has a obvious change from the surface to the substrate, the interface quality between the ceramic-coating and alloy substrate was in a goodmechanical bond condition.结果表明,在基体的表面形成厚度为100~200um左右的陶瓷涂层,涂层的主要成分有低温玻璃粉组成,并且成分组成由表层到基体变化明显,与基体之间形成了良好的机械结合界面。
英文短句/例句
1.mechanically-bonded fabric机械结合针刺法非织造织物
2.Preparing Al-20%Sn Alloy by Mechanical Alloying Combining Cold Compacting and Sintering机械合金化结合冷压烧结工艺制备Al-20%Sn合金
3.a mechanical device for engaging and disengaging gears.用来结合和分解齿轮的机械装置。
4.2.using advanced science and technology;2.农业机械化与先进的科技相结合;
5.A Discussion about Impact of Arsenic on Mechanical Properties in 40Cr Alloy Constructional Steel;砷对40Cr合金结构钢机械性能影响讨论
6.Theory of Combination of Knowledge with Production and the Teaching of Mechanical Drafting Course;从产学结合谈《机械制图》课程的教学
7.Mechanical Structure Model Research on Hull Assembly Devices船体分段合拢设备机械结构模型研究
8.Sintering of 3%C-Cu composite powder prepared by mechanical milling3%C-Cu机械球磨复合粉末的烧结
9.Sintering characteristics of mechanically alloyed Mo-Cu powder机械合金化Mo-Cu粉末的烧结特性
10.Mechanical Module Innovation with Computer Qualitative Simulation Method结合计算机定性仿真方法的机械单元机构创新
11.Analysis of Parameter Identification of Joints between Ship Mechanic Equipment;船舶机械结构结合面动力学参数识别的研究
12.Teaching of Machinery Drafting Should be Improved by its Combination with Computer - aided Drawing;结合计算机绘图的特点改进《机械制图》教学
13.Investigation of Preparation of TiAl-Based Alloys by Mechanical Alloying and Hot Pressing Sintering;机械合金化与热压烧结制备TiAl基合金的研究
14.Investigation of Preparation of Fe_3Al-Based Alloys by Mechanical Alloying and Low-Temperature Sintering;机械合金化和低温烧结制备Fe_3Al基合金的研究
15.Microstructure and Properties of Cu-Zr Alloy Prepared by Mechanical Alloying and Cold Pressing and Sintering机械合金化结合冷压烧结制备铜-锆合金的组织与性能
16.Research on Nonlinear Thermal-mechanical Coupling Model of Mechanical Structure under Heat Shock热冲击下机械结构非线性热力耦合模型的建立
17.The Research on Reactive Sintering and Extrusion of Ti/Al Composite Powder Prepared by Mechanical Milling;机械球磨Ti/Al复合粉反应烧结及挤压工艺研究
18.Research on Hot Embossing and Manipulator Improvement for Polymer Micro/Nano Fabrication;聚合物微纳结构热压印及操作机械手改进研究
相关短句/例句
mechanical bonding机械结合
1.mechanical bonding or metallurgical bonding.按金属界面间形成结合方式,机械结合和冶金结合,对目前国内外金属复合管的主要塑性成形制备技术进行了分类。
2.The results show that the removal of overlay film on the metal surface can promote the formation of bonding point in the rolling process;the proper rolling temperature and reduction can eliminate the oxide films,then the bimetal interface can formmechanical bonding;the heat sintering treatment minimizes the pores formed in the rolling process as the surface is micro rough.结果表明:轧制前清除材料表面的覆盖膜有助于轧制过程中形成结合点;轧制过程中适当的轧制温度和轧制压下量能大量消除轧制过程中在金属表面形成的氧化膜,从而使组元材料能形成机械结合;在热烧结过程中,原子通过界面扩散可以消除轧制过程中由于界面微观不平整形成的空洞,同时通过原子间的相互作用使组元材料间形成冶金结合。
3)Machine joints机械结合面
4)mechanical bonding机械结合法
5)mechanical bound water,mechanical water,mechanically-held water机械结合水
6)Mechanical guidingway机械导轨结合部
延伸阅读
非结合环与非结合代数非结合环与非结合代数on-associative rings and algebras非结合环与非结合代数【珊心胭仪妇柱视血娜.d alge-b旧s;。eaceo””姗.oe.二、双a.幼。6P。」具有两个二元运算+与，，除了可能不满足乘法结合律外，满足结合环与代数(a洛。clati记nn邵and目罗b璐)之所有公理的集合.非结合环与代数的第一批例子出现在19世纪中叶，是不结合的(Ca外呀数(c盯触yn山n1比IS)和更一般的超复数(h”姆rComp恤nUmber)).给定一个结合环(代数)，如果用运算〔a，bl二ab一ba代替原有的乘法，其结果是一个非结合环(代数)，这是个Lie环(代数).另一类重要的非结合环(代数)是Jo攻lan环(代数)，它们可由在特征非2的域(或有1和1/2的交换的算子环)上的结合代数中定义运算a·b=(ab+ba)/2得到.非结合环与代数的理论已经发展成代数学的一个独立分支，展现出与数学的其它领域以及物理学、力学、生物学及其他学科的许多联系.这个理论的中心部分是熟知的拟结合环和代数(n比ly一别粥戊泊石wn刀乡缸记a】罗bras)的理论，它们有:Lie环和珠代数，交错环和交错代数，北攻坛幻环与Joltlan代数，MaJ几哪B环和Ma月五U口B代数，以及它们的某些推广(见Ue代数(Lieal罗bra);交错环与代数(司加叮必tiverm邵alld目罗b挑);J加止川代数(Jo攻协nal罗bIa);M幼城e。
