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ceramic and glass
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  陶瓷和玻璃
     The Forming of Spodumene Deposit and Application in Ceramic and Glass Industsy
     锂辉石的成矿及在陶瓷和玻璃工业中的应用
短句来源
     Because of its chemical specific properties,spodumene is applied in ceramic and glass industry more and more widely.
     由于其独特的化学性质 ,使之在陶瓷和玻璃工业中的应用越来越普遍。
短句来源
     A BSn-500 weakly acidic tin electroplating process for ceramic and glass electronic components was developed.
     针对陶瓷和玻璃电子元件,开发了BSn-500弱酸性镀锡工艺。
短句来源
  “ceramic and glass”译为未确定词的双语例句
     Up-conversion Luminescence Properties of Yb-Er∶ZnF_2-AlF_3-PbF_2-LiF Ceramic and Glass
     Yb~(3+)和Er~(3+)共掺ZnF_2-AlF_3-PbF_2-LiF多晶和玻璃的光谱性质
短句来源
     NiNb2O6 and TiO2 films have been deposited on ceramic and glass substrates by RF magnetron sputtering method.
     应用磁控溅射技术在陶瓷基片和玻璃基片上分别制备了NiNb2O6和TiO2光催化薄膜。
     Work Selection of Ceramic and Glass Design in Finland
     芬兰陶瓷玻璃设计作品选
短句来源
     Objective:To study on the mechanical properties and microstructure of alumina ceramic and glass infiltrated alumina ceramic composite of VITA In-Ceram ALUMINA,to provide guidance for further research and improvement on this kind of material.
     目的:研究VITA In-Ceram ALUMINA氧化铝基体及渗透复合体的力学性能及显微结构,为该类材料的进一步研究及改性提供指导。
短句来源
     The results show that the photocatalysis reveal an enhance activity f or the degradation of organic pollutants, as Mn, Ni ions are compared to undoped TiO2.The different metal ion has the different effect to ceramic and glass.
     实验结果表明:掺杂Mn及Ni离子对于提高TiO2薄膜的光催化活性有明显的促进作用,降解30min后,降解率分别达到79.7%,80.8%。 瓷片和玻璃的光催化活性要视掺杂的金属离子而定,不同的掺杂离子对瓷片和玻璃的光催化活性有不同的作用效果。
短句来源
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  相似匹配句对
     Oriented Crystallization in Glass-Ceramic
     微晶玻璃的定向晶化
短句来源
     Research and development of glass-ceramic
     玻璃陶瓷的研究与发展
短句来源
     Study on Glass-Ceramic Glazes
     微晶玻璃釉的研究
短句来源
     Development and Future of Glass-ceramic
     微晶玻璃发展状况及展望
短句来源
     Category,Preparation and Application of Glass-ceramic
     微晶玻璃的种类、制备及其应用
短句来源
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  ceramic and glass
A range of ceramic materials with low sintering temperature have been developed using ceramic and glass wastes (up to 70%).
      
Ways toward the radical improvement of physical and technological properties of ceramic and glass-ceramic radio transparent materials are outlined.
      
The latter factor explains the increasing success of XRF spectrometry in analyzing the quality of products in the ceramic and glass industries
      
Based on the data obtained, we have considered the characteristic features of powder metallurgy technology (impregnation, liquid-phase sintering), soldering ceramic and glass under outer-space conditions (microgravity).
      
The TEM study concentrated on the interface region between ceramic and glass.
      
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A new complex thick film NTC thermistor material consisting of NTG semiconductor ceramic,B-Si-Pb glass and proper amount of Ag powder is studied in this paper.This complex ther-mistor has excellent characteristics more than that made the NTC semiconductor ceramic and glass powder.In addition,with the study of microstructure and the equivalent circuit of the complex thermis-tor,the relationship between the structure and the properties of material are explained.

本文研究了一种新型复合厚膜 NTC 热敏电阻材料。这种材料是由负温度系数热敏半导体陶瓷(简称 NTC 热敏半导瓷)、硼硅酸铅系玻璃粉和适量的导体粉末(银粉)组成的三成份体系复合材料。与由 NTC 热敏半导瓷一玻璃粉组成的常规二成份体系相比,用这种复合材料制成的厚膜 NTC 热敏电阻器的性能更优良。文中通过电阻器的微观结构及其等效电路,较好地解释了材料结构与性能的关系。

Nepheline-syenite is an important aluminium resource and a raw material for ceramic and glass industry. The mineralogical characteristics of the nepheline-syenite were studied in detail by use of electronic scanning microscope,X - ray power diffraction pattern,infrared absorption,and electron-probe analysis etc. .The association,growing sequence and the variation of minerals were described. Through analysis and identification,the average chemical composition of the nepheline is shown to be SiO2 43. 66%,Al2O3...

Nepheline-syenite is an important aluminium resource and a raw material for ceramic and glass industry. The mineralogical characteristics of the nepheline-syenite were studied in detail by use of electronic scanning microscope,X - ray power diffraction pattern,infrared absorption,and electron-probe analysis etc. .The association,growing sequence and the variation of minerals were described. Through analysis and identification,the average chemical composition of the nepheline is shown to be SiO2 43. 66%,Al2O3 30. 97%, K2O 4. 23% and Na2O 18. 46%. The Na2O content is more than that of the other regions. The molecule formula of the nepheline crystal computed is (K0.525 Na3.582Ca0.012)4.065[Cr0.010Al3.559Mg0.009Fe0.054 Mn0.012Ti0.008Si4.258O16]. The stronger lines of the nepheline in the power diffraction pattern are 0. 302-0. 303 ,0. 386,0. 389 and 0.1388-0.1391(nm). The chemical composition of microcline is SiO2 64. 82%,A12O3 19. 68% ,K2O 11. 77% and Na2O 2. 30%,with low triclinicity of 0. 81-1. 00. By calculation of the K-atom content in potashfeldspar and nepheline,the temperature of the two minerals being formed is 400-500℃. The albite in this rock is a low-albite,formed by later replacement.

霞石正长岩是重要的炼铝资源和陶瓷、玻璃原料。文中利用扫描电镜、X衍射、红外线、电子探针等,综合分析方法对黑英山霞石正长岩的矿物学特征作了详细研究。着重描述了岩石的矿物组合、矿物生成及变化特征。对主要矿物进行了化学成分及X衍射分析,测得霞石成分:SiO_243.66%,Al_2O_330.97%,K_2O4.23%,Na_2O18.46%(Na_2O高于其它地区的霞石)。根据霞石单矿物实测成分计算出其晶体化学分子式为:(K_(0.525)Na_(3.528)Ca_(0.012))_(4.065)[Cr_(0.010)Al-(3.559)Mg_(0.009)Fe_(0.054)Mn_(0.012)Ti_(0.008)Si_(4.258)O_(16)];测得霞石的主要X衍射d值为:0.302~0.303,0.386~0.389,0.1388~0.1391(nm)。测得微斜长石的成分:SiO_264.82%,Al_2O_319.68%,K_2O11.77%,Na_2O2.30%,求得其三斜度△=0.83~1.00,属低微斜长石。通过霞石正长岩中钾长石与霞石矿物中对K原子分配值计算和作图,解得矿物生成温度为400~50...

霞石正长岩是重要的炼铝资源和陶瓷、玻璃原料。文中利用扫描电镜、X衍射、红外线、电子探针等,综合分析方法对黑英山霞石正长岩的矿物学特征作了详细研究。着重描述了岩石的矿物组合、矿物生成及变化特征。对主要矿物进行了化学成分及X衍射分析,测得霞石成分:SiO_243.66%,Al_2O_330.97%,K_2O4.23%,Na_2O18.46%(Na_2O高于其它地区的霞石)。根据霞石单矿物实测成分计算出其晶体化学分子式为:(K_(0.525)Na_(3.528)Ca_(0.012))_(4.065)[Cr_(0.010)Al-(3.559)Mg_(0.009)Fe_(0.054)Mn_(0.012)Ti_(0.008)Si_(4.258)O_(16)];测得霞石的主要X衍射d值为:0.302~0.303,0.386~0.389,0.1388~0.1391(nm)。测得微斜长石的成分:SiO_264.82%,Al_2O_319.68%,K_2O11.77%,Na_2O2.30%,求得其三斜度△=0.83~1.00,属低微斜长石。通过霞石正长岩中钾长石与霞石矿物中对K原子分配值计算和作图,解得矿物生成温度为400~500℃。测得岩石中的钠长石主要为低钠长石,属后期交代矿物。

Some recent applications of metal ion implantation by using MEVVA ion sources are reviewed, including the preparation of metal-silicide layer, magnetic film,quasi-crystal and surface composite material, and the researches concerning electrocatalysis, corrosion resistance, high-temperature oxidation resistance, fatigue,weathering of phosphate glass, etc. It is evident that, as a surface alloying method or an ion-beam irradiation method, ion implantation using MEVVA ion sources can effectively approve the physical,...

Some recent applications of metal ion implantation by using MEVVA ion sources are reviewed, including the preparation of metal-silicide layer, magnetic film,quasi-crystal and surface composite material, and the researches concerning electrocatalysis, corrosion resistance, high-temperature oxidation resistance, fatigue,weathering of phosphate glass, etc. It is evident that, as a surface alloying method or an ion-beam irradiation method, ion implantation using MEVVA ion sources can effectively approve the physical, chemical, electionic, magnetic and mechanical properties of metal, ceramic and glass surface.

综述了MEVVA离子源在金属硅化物、磁性薄膜、准晶材料和表面复合材料的制备以及电催化、抗腐蚀、抗高温氧化、抗疲劳和磷酸盐玻璃抗风化等研究领域的应用.

 
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