釉浆

陶瓷釉浆的触变性及其调控措施

Thixotropy of Glaze Slip and Its Measures of Adjustment and Control

搪瓷釉浆流变学研究

The Study on the Rheology of Enamel Slip

釉浆中添加MC、CMC的作用机理及应用初探

An Approach to Function Mechanism anp Application of MC 、 CMC by Adding into Glaze

在陶瓷釉浆中添加多功能健康陶瓷材料，经研磨、施釉，制得辐射远红外线功能陶瓷。用核磁共振技术（NMR）研究了远红外功能陶瓷的防污机理。

Far infrared ceramics were prepared by doping ceramics glaze with multi-function health ceramics materials , and then the mechanisms of anti-fouling performance of far infrared ceramics were studied by nuclear magnetic resonance technique .

最后还简要论述了釉浆的粘附性质及其产生原因。

The adhesion property and its cause are also briefly described .

有机添加剂在全熔块釉浆中的悬浮作用

The suspension effect of organic additives in complete fritted glaze

氧化铝陶瓷球、衬在陶瓷釉浆球磨中的应用

Application of Alumina ceramic Grinding Balls and Linings to Fine Grinding Glaze Slip

显微粒度定量分析在陶瓷釉浆粒度控制中的应用

The Quantitative Analysis Method of Microparticle Size Used in Ceramic Glaze Slip Production

搪瓷釉浆沿倾斜平面流动的研究

Study of the flow of enamel slip ( film ) along an inclined plane

搪瓷釉浆复合胶体悬浮剂的研制及其机理探讨

Development of Composite Colloidal Suspending Agent for Enamel Slip and Investigation of Its Mechanism

釉浆系统的性质及调控机理研究

Study on the Properties of Glaze Slip System and Its Mechanism of Adjust and Control

玻璃色釉及悬浮釉浆的制备

Preparation of Glass Enamels and Suspension Slip

搪瓷釉浆性质的探讨

Investigations on the Properties of Enamel Slip

改善釉浆触变性的途径

Way of improving glaze slurry 's thixotropy

搪瓷釉浆稠度控制

Consistency Control of Porcelain Enamel Slips

根据运动方程，求得釉浆在搪瓷制品的倾斜平面上薄膜流动方程，以及搪瓷釉浆流变特性参数对薄膜流动的影响。

The expressions for the volume flow rate and thickness of enamel slip film flowing along an inclined plane have been obtained .

釉浆性质如釉料组成、粒度、浓度、流动性等不仅是影响施釉过程的关键因素，同时也对烧后釉面质量有较大的影响。

The quality of glaze slip is the key factor affecting glazing process , also has an important effect on glaze quality .

两种有机添加剂对钛基生物活性玻璃涂层复合材料釉浆性能的影响研究

A Research into the Effect of Two Organic Additives on Enamel Slip performance of Composite Materials of Titanium Base Bioactivity Glass Coating

可广泛在电子材料、磁性材料、生物医药、陶瓷釉浆、非金属矿、新型材料等行业使用。

Widely in the electronic materials , magnetic materials , bio-medicine , ceramic glaze , non-metallic mineral , new materials and other industries use .

将其低温煅烧后添加到卫生陶瓷釉浆中，可制得抗菌陶瓷。

After sintered at a low temperature , the agent was added to the glaze of a sanitary porcelain to produce a antibacterial ceramic .

微生物多糖PS&1231在高级精细瓷全熔块釉浆中作悬浮剂，改善了釉浆的悬浮稳定性、粉层强度和流变性能。

Microbe polysaccharide PS-1231 was applied as suspending agent in high-fine porcelain pure fusion cake glaze slurry . The suspending stability , the dry strength and the rheological behaviour were improved .

本试验通过调整卫生陶瓷釉浆中的Si/Al，引入滑石和无光剂，成功地制备出卫生陶瓷钙质无光釉。

Through the adjust ion of Si / Al proportion and the doping of talc and matting agents , a calcium mat glaze for sanitary wares has been developed in this experiment .

本文介绍了氧化铝陶瓷球、衬在釉浆球磨中的应用，并对影响球磨机效率的几个因素进行了研究。

In this paper , the application of alumina ceramic grinding balls and linings to fine grinding glaze slip was introduced and some factors that affected the efficiency of ball-mill were studied .

结果表明，这种缺陷产生的主要原因是由于使用了氧化物着色及原料配比、釉浆性能、施釉厚度、烧成温度、烧成气氛控制不当所致。

The result indicates that the deficiency is referred to improper use of the oxide colourant and material composition , the control of glaze property , glaze thickness , the firing temperature and the firing atmosphere control .

在釉料中加入4%～6%的广西气刀土替代等量的1苏州土，提高了釉浆性能，可增强釉面乳浊效果，提高产品白度，保证和提高产品的热稳定性能。

Adding 4 % ~ 6 % Guangxi air-blade-grade kaolin to substitute equivalent 1 # Suzhou kaolin can increase performance of glaze slurry , buildup opacifying effect of glazed surface and increase product whiteness , which can assure and promote thermal stability of products .

全熔块釉釉浆性能的研究

Research on the property of complete fritted glaze slip

本文提出了全熔块釉釉浆系统，并对系统的悬浮，凝聚，絮凝等状态的形成机理作了研究，并从熔块的自身特性方面对系统的影响作了探讨。

In the paper , the complete fritted glaze slip system is put forward , the produce principle of system 's property and the effects of fritted property on the property of system is investigated .

结果，表达的绿色荧光蛋白融合蛋白所发出的荧光位于细胞浆中，胞核中无荧光，与免疫组化结果一致，说明人成釉蛋白位于细胞浆中。

The green fluorescence emitted by the expressed fusion protein under fluorescence microscope located in the cell plasm , not in nuclear . Immunohistochemistry showed the same results .

施釉池侧面开有一缺口以保证液面高度，釉浆流入釉浆池重复使用施釉池和釉浆池底部留有底阀便于清洗之用。

The side in glaze pool has a gap for assure height of liquid level , slurry inflow pool of slurry use it repeat , it has foot valve in the Bottom of glaze pool and pool of slurry for cleanout .

施釉是卫生陶瓷生产过程中的一个重要工序，它利用压缩空气将釉浆雾化喷涂于坯体表面。

Glazing is an important working procedure in the manufacture of sanitaryware which atomizes and sprinkles glair on ware surface by the compressed air .