氧化铝瓷

稀土氧化物对氧化铝瓷性能的影响

The Effects of Rare Earth Oxide on the Properties of Alumina Ceramics

低温烧结细晶氧化铝瓷的研究

Study on fine grain alumina ceramics fired at low temperature

结论MC氧化铝瓷块与进口的氧化铝陶瓷性能相当，可以满足牙科CAD/CAM加工的需要。

Conclusion The machinable properties of MC alumina ceramic corresponded with those of Vita alumina ceramic , and the material could meet the demand of CAD / CAM system in dentistry .

通过工艺参数的优化，确定将1L配方用作流延成型95氧化铝瓷的粉料配方。

By optimizing the process parameters , 1L prescription was decided to use in tape casting process .

成型压力对氧化铝瓷球性能的影响

Influence on Behaviour of Alumina Ball by Using Different Forming Pressure

添加剂对氧化铝瓷烧结及物化性能影响的探讨

Discussions on the influence of additives on the firing and physico-chemical index

高氧化铝瓷与铌的电子束焊接

Experimental studies of electron beam welding of alumina to niobium

玻璃与钢或氧化铝瓷封接界面的研究

Investigation on the Interface of Glass-to-Steel or Glass-to-Al2O3 Porcelain Sealings

透辉石助烧剂对氧化铝瓷球显微结构和耐磨性的影响

Effect of diopside as SINTERING-AID on Microstructure and wear resistance of alumina ball

美国氧化铝瓷及其金属化标准的某些要点

Comments on Alumina Ceramics and Its Metallizing Standard Status in the United States

氧化铝瓷的密度、磨耗与生产工艺

Density , detrition of alumina porcelain and production technology

微孔对氧化铝瓷球磨损特性的影响

Effect of Micropores on Wear Behavior of Alumina Balls

降低95氧化铝瓷烧成温度的研究

Study on Firing Temperature Reduction of 95 Alumina Ceramics

目前市场上这类瓷主要以氧化铝瓷为主。

This kind of ceramic relies mainly on alumina ceramic in the present market .

95氧化铝瓷排蜡工艺常见缺陷及解决措施

Common Defects and Solution Measures of the Wax removal Technique of 95 Alumina Porcelain

氧化铝瓷表面施加生物玻璃涂层的研究

Study of Bioglass Coating on Alumina Ceramic Substrate

生物玻璃涂层与氧化铝瓷基体的界面反应

Interracial Reaction between Bioglass and Alumina Substrate

细晶氧化铝瓷研究

Study on alumina ceramics of fine grain

研究了在90氧化铝瓷基础上，添加剂对其烧结及部分物化性能的影响。

The influence of additive on the firing and physico-chemical index of alumina porcelain is studied based on the 90 alumina porcelain .

研究了微孔对平均晶粒尺寸分别为3μm、6μm和15μm氧化铝瓷球磨损特性的影响。

The effect of pores on wear behavior of alumina balls with average grain size 3 , 6 and 15 μ m is investigated in this paper .

本文通过金相显微镜、离子探针等手段，观察了一些玻璃与不锈钢、耐热钢或氧化铝瓷的封接界面。

The sealing interface between glass and Al2O3 Porcelain , or stainless or heat-resisting steel was investigated by means of metallurgical microscope and ion microprobe mass spectrometer .

研究了透辉石（CaMgSi2O6）助烧剂对90%氧化铝瓷球显微结构和耐磨性的影响。

The effect of diopside ( CaMgSi 2O 6 ) as sintering_ aid on the microstructure and wear resistance of 90 % alumina ball was studied in this paper .

叙述了氧化铝瓷的重要性和氧化铝微粉的组成、性能和应用，指出了陶瓷质量和一次晶粒的关系。

The importance of alumina ceramics and composition , property as well as application of alumina micro-powder are reviewed . The relationships between ceramic quality and alumina first crystal size are summarized .

本文根据火花塞瓷件95氧化铝瓷的特性要求，对黑釉的配方及上釉工艺进行了研究。

The studies on the composition and glazing technique of the black glaze have been made on the basis of the properties of sparking plug insulator containing 95 % Al2O3 in this paper .

用本工艺试制的1吨氧化铝瓷球比重大于3.54g/cm~3，干磨磨耗0.100～0.120g/kg。

The bulk density of 90 alumina ball , which was trial - produced by PEF method is above 3.54g / cm3 , its dry wear abrasion ( DWA ) is 0.100 - 0.120g/kg .

本文阐述了氧化铝瓷的密度、磨耗与生产工艺的关系，结合其显微结构分析了浆料、造粒粉料对产品质量的影响。

The article describes the relationship between density , detrition of alumina porcelain and production technology , combine the microstructure to analyse the influence of pasty stock , pelleting powder content on product quality .

高温煅烧后，可完全转化为稳定的α-Al2O3，是取代工业Al2O3生产氧化铝耐磨瓷球的理想原料；

They are completely transformed into stable α - Al_2O_3 at high temperatures , thus waste slag can replace commercial alumina to make alumina grinding ball as main raw material by high-temperature sintering .

不同烧结渗透工艺对In-ceram氧化铝全瓷修复体结构及颜色影响的实验研究

Effects of Slow or Rapid Infiltration-sintering Process on the Micro-structure and Color of In-Ceram Alumina Substrate

陶瓷行业：研磨料、氧化铝、瓷泥浆、粘土泥浆、玻璃粉、耐火材料、石英砂、PVC树脂粉粒、柠檬酸、聚乙烯粉、洗衣粉等。

Ceramic industry : abrasive materials , alumina , porcelain clay mud , mud and superfine glass powder , refractory material , quartz sand , PVC powder grain tree , citric acid , PE powder , washing powder , etc.

氧化锆增韧氧化铝耐磨瓷球的研制

Development of the ZTA Wear Resistant Ceramic Ball