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super-smooth surface polishing
相关语句
  超光滑表面抛光
     Study on the Super-smooth Surface Polishing of the High Temperature Superconductor Film Substrate LaAlO_3 Single Crystal
     高温超导薄膜衬底材料LaAlO_3单晶的超光滑表面抛光研究
短句来源
     In this paper,we studies the super-smooth surface polishing of the LaAlO 3 crystal by means of the chemical-mechanics polishing method and the atomic force microscopy (AFM) tool. LaAlO 3 crystal is a substrate material of high temperature superconductor.
     本文以化学机械抛光为手段 ,以原子力显微镜 (AFM)为工具 ,对高温超导薄膜衬底材料LaAlO3 单晶的超光滑表面抛光进行研究。
短句来源
     It shows that the super-smooth surface polishing is very important to the surface of substrate as crystal epitaxy.
     显示了超光滑表面抛光对外延衬底表面的重要性
短句来源
  “super-smooth surface polishing”译为未确定词的双语例句
     Based on the property of laser resonant cavity,the special hole-drilling and polishing processes,involving the thinner and longer hole drilling,the irregular inner-hole polishing,the super-smooth surface polishing and the polishing that has accurate position and angle requirements to the drilled holes,have been adopted to assure the tolerance requirements for holes and surfaces.
     其中涉及的大深径比细长孔加工、不规则内孔抛光、超光滑表面加工及相对已成形孔有严格位置、角度精度要求的面形抛光更是突出了激光陀螺光学加工的特色。
短句来源
  相似匹配句对
     Mechanism of Super Smooth Surface Polishing for LBO Crystal
     LBO晶体超光滑表面抛光机理
短句来源
     Preparation of Super-Smooth Surface
     无机材料超光滑表面的制备
短句来源
     Diamond polishing is the way to gain super smooth diamond surface.
     抛光金刚石是获得光滑无缺陷金刚石表面的基本手段。
短句来源
     Ultra-Smooth Surface Polishing Techniques
     超光滑表面抛光技术
短句来源
     Machining Technology of Super Smooth Surface
     超光滑表面加工方法
短句来源
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The characteristics have been described in this paper for the optical machining of laser gyroscopes.The purpose of the optical machining of laser gyroscopes is to manufacture the special demanded laser resonant cavity.Based on the property of laser resonant cavity,the special hole-drilling and polishing processes,involving the thinner and longer hole drilling,the irregular inner-hole polishing,the super-smooth surface polishing and the polishing that has accurate position and angle requirements to...

The characteristics have been described in this paper for the optical machining of laser gyroscopes.The purpose of the optical machining of laser gyroscopes is to manufacture the special demanded laser resonant cavity.Based on the property of laser resonant cavity,the special hole-drilling and polishing processes,involving the thinner and longer hole drilling,the irregular inner-hole polishing,the super-smooth surface polishing and the polishing that has accurate position and angle requirements to the drilled holes,have been adopted to assure the tolerance requirements for holes and surfaces.

阐述了激光陀螺光学加工的特点。指出激光陀螺的光学加工是本着构成满足特定要求的激光谐振腔的目的,以谐振腔工作时的性能要求为依据,采用其自身特有的打孔和抛光工艺,来严格保证孔的直线度、孔与孔、孔与面之间位置度公差要求。其中涉及的大深径比细长孔加工、不规则内孔抛光、超光滑表面加工及相对已成形孔有严格位置、角度精度要求的面形抛光更是突出了激光陀螺光学加工的特色。

In this paper,we studies the super-smooth surface polishing of the LaAlO 3 crystal by means of the chemical-mechanics polishing method and the atomic force microscopy (AFM) tool.LaAlO 3 crystal is a substrate material of high temperature superconductor.The process of the traditional optical surface transforms towards the super-smooth surface was observed,meantime,we also observed the result of super-smooth surface machining.It shows that the super-smooth surface...

In this paper,we studies the super-smooth surface polishing of the LaAlO 3 crystal by means of the chemical-mechanics polishing method and the atomic force microscopy (AFM) tool.LaAlO 3 crystal is a substrate material of high temperature superconductor.The process of the traditional optical surface transforms towards the super-smooth surface was observed,meantime,we also observed the result of super-smooth surface machining.It shows that the super-smooth surface polishing is very important to the surface of substrate as crystal epitaxy.

本文以化学机械抛光为手段 ,以原子力显微镜 (AFM)为工具 ,对高温超导薄膜衬底材料LaAlO3 单晶的超光滑表面抛光进行研究。既观察到了由传统光学表面向超光滑表面过渡的过程 ,又观察到了超光滑表面加工的结果—表面的本征化。显示了超光滑表面抛光对外延衬底表面的重要性

Experiment phenomena of colloidal SiO2 polishing LBO crystal were observed and concluded.Analyzing the understanding of previous polishing mechanism,our comprehension and hypothesis of material removal mechanism of super smooth surface polishing are enunciated.And the material removal mechanism of chemical mechanical polishing at atomic level is described.On this basis,we circumstantiate material removal mechanism of colloidal SiO2 polishing LBO crystal and formation of super...

Experiment phenomena of colloidal SiO2 polishing LBO crystal were observed and concluded.Analyzing the understanding of previous polishing mechanism,our comprehension and hypothesis of material removal mechanism of super smooth surface polishing are enunciated.And the material removal mechanism of chemical mechanical polishing at atomic level is described.On this basis,we circumstantiate material removal mechanism of colloidal SiO2 polishing LBO crystal and formation of super smooth surface,and study the relationship among pH of the slurry and material removal rate and surface roughness.The mechanism of material removal is that passing soft layer which the chemical reaction between polishing slurry and active atomic layer of crystal surface generates is easily removed.In acidic condition,the decrease pH of slurry results in the increase of material removal rate.The best surface roughness is obtained when pH of slurry is 4.

胶体SiO2抛光LBO晶体获得无损伤的超光滑表面,结合前人对抛光机理的认识,探讨了超光滑表面抛光的材料去除机理,分析了化学机械抛光中的原子级材料去除机理。在此基础上,对胶体SiO2抛光LBO晶体表面材料去除机理和超光滑表面的形成进行了详细的描述,研究抛光液的pH值与材料去除率和表面粗糙度的关系。LBO晶体超光滑表面抛光的材料去除机理是抛光液与晶体表面的活泼原子层发生化学反应形成过渡的软质层,软质层在磨料和抛光盘的作用下很容易被无损伤的去除。酸性条件下,随抛光液pH值的减小抛光材料的去除率增大;抛光液pH值为4时,获得最好的表面粗糙度。

 
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