高档玻化砖渗彩釉的研制

从配方，工艺诸方面研究了了影响皮砖渗彩釉呈色及渗透性的主要因素，研制出了颜色饱和度高，渗透深度大，颜色梯度小的高档发玻化砖渗彩釉产品。     

铁红渗彩釉的研制

本文通过对目前玻化砖铁红渗彩釉的技术难点的分析,另辟新路,找到一种间接实现铁红渗花的方法。     

玻化砖渗彩釉渗入过程及渗透层显微结构初探

本文对渗彩釉在玻化砖坯体中渗入过程的物理化学原理进行了探讨，并通过XRD、SEM、和IR等分析手段对玻化砖渗透层显微结构及发色剂存在状态进行了研究。     

玻化砖渗彩釉渗入过程及渗透层显微结构初探

本文对渗彩釉在玻化砖坯体中渗入过程的物理化学原理进行了探讨，并通过ＸＲＤ、ＳＥＭ、和ＩＲ等分析手段对玻化砖渗透层显微结构及发色剂存在状态进行了研究。     

Fe—Co—Ni三元系统渗彩釉的研究

本文对Fe—Co—Ni三元系统渗彩釉作了全面研究，研制成功了颜色鲜艳、渗透深度大、色饱和度梯度小的亮蓝色、墨绿色、紫红色、褐色、橙黄色、土黄色渗彩釉。     

Fe—Co—Ni三元系统渗彩釉的研究

本文对Ｆｅ－Ｃｏ－Ｎｉ三元系统渗彩釉作了全面研究，研制成功了颜色鲜艳、渗透深度大、色饱和度梯度小的亮蓝色、墨绿色、紫红色、褐色、橙黄色、土黄色渗彩釉。     

红色渗彩釉的试制及其着色机理的分析

以硝酸铁为发色化合物,柠檬酸钠为配合剂,异辛醇磷酸酯为渗透剂,通过大量实验成功地试制出了颜色、渗透深度和色饱和度梯度均较为理想的红色渗彩釉。采用色度分析和模糊理论对渗彩釉的性能指标进行了表征,通过XRD、SEM和IR等测试手段对渗彩釉的发色机理进行了研究,并从铁着色本质的角度分析了红色渗彩砖的呈色原因。     

黑色渗彩釉的试制及其着色机理的分析

以铁钴锰铬的硝酸盐为发色化合物、甘油为调粘剂、柠檬酸钠为配合剂和异辛醇磷酸酯为渗透剂,通过大量实验成功地试制出了颜色、渗透深度和色饱和度梯度均较为理想的黑色渗彩釉。采用色度分析和模糊理论对渗彩釉的性能指标进行了表征,通过X R D、S E M和I R等测试手段对渗彩釉的发色机理进行了研究。     

多彩渗花玻化砖的研制

1前言近几年，墙地砖行业发展突飞猛进，装饰手段日新月异。渗花玻化砖因其强度高、耐磨耐腐蚀及丰富装饰效果而成为墙地砖畅销产品。但是，目前市场上渗花砖大多色彩单调、图案呆板，已经满足不了人们对玻化砖日益提高的装饰消费需要。为此，我公司对500×500大规格玻化砖进行多彩渗花研究。经过反复试制，获得了图案丰富，色彩艳丽的多彩渗花玻化砖，深受用户青睐。2工艺条件的确定多彩渗花玻化砖的生产过程主要由坯体生产、渗彩液和助渗剂的配制、丝网印刷等工序组成，其基本生产工艺流程如下：砖坯生产工艺矿物原料一拣选十水洗一粗碎一…     

关于玻化砖红色渗彩釉的研究述评

本文从无机盐、有机盐、络合物的特性及渗彩工艺特点出发，对红色渗彩釉的技术特点及难点进行了较详细的分析说明，并从理论上推测了红色渗彩釉的发展研究方向。     

STUDY OF GLAZE PENETRATION AND ITS EFFECT ON GLAZE FIT: I-III*

A method for determining glaze penetration was developed and the effect of glaze penetration on glaze fit studied. The effects of twenty-four fluxes on penetration of a base glaze into semivitreous, hotel china, terra cotta, cordierite, pyrophyllite, wall tile, and steatite bodies were determined. The result shows that glaze penetration affects glaze fit and that penetration varies greatly, depending on glaze composition and the character of the body.     

高铝瓷质抛光砖特殊渗花釉的研制

本文将瓷质抛光砖坯体中的铝含量提高到28%左右,同时引入适量活性氢氧化铝,以实现一些以氧化铝作为色料化学成分之一的特殊渗花颜色。     

高铝瓷质抛光砖及其特殊渗花釉的研制

将瓷质抛光砖坯料组成中的铝含量提高到28%左右,生产出的产品在抛光后不仅白度超过70度,而且产品的抗折强度也有了较大的提高。并得到了较为特殊的渗花效果。     

Inkjet technology for ceramic products. Influence of some process variables on ink penetration

Inkjet technology has become very popular in recent years and is nowadays widely used for decorating ceramic products. This has led to in-depth study of the operating principles and process variables involved. These notably influence the properties of the deposited ink layers, as do the physicochemical properties of the applied inks and of the glazes on which the inks are deposited. The problems associated with these factors are further heightened when inks with complex formulations designed to obtain special effects and specific surface properties are used. This study examines the characteristics of the interface that developed on applying an ink on a certain type of glaze, as well as the surface properties of the final product. The relationship of the amount of ink applied per unit area and the particle size distribution (PSD) of the glaze on which it was deposited to ink penetration into the glaze layer was also investigated. The resulting microstructures were observed by SEM, while the variation of glaze layer composition with distance to the surface was determined by SEM-EDS. The results obtained were successfully correlated with the porous texture of the unfired glaze (determined by SEM and mercury porosimetry) and with unfired glaze PSD.     

Improvement of the mechanical and aesthetic properties of a coating by inkjet technology

Different amounts of ink, made up almost entirely of a frit that devitrified abundant small crystals of anorthoclase, were applied by inkjet printing onto a traditional unfired glaze substrate. The rheological properties of the ink and porous texture of the unfired glaze substrate were characterized. The fired coatings were analyzed by SEM–EDX to determine the elemental composition at different surface depths, and their microstructure was observed. The results confirmed the validity of the ink penetration model, developed in a previous study, for describing the composition profile in inkjet coatings as a function of the applied amount of ink and pore size and volume in the unfired glaze substrate relative to average ink particle size. Microhardness and indentation modulus of the fired glaze substrate without an ink application and of the fired ink-containing coatings were determined. The values of these properties were verified to fit a Weibull distribution function. The coatings containing an ink application at 400 and 600 dots per inch (dpi), respectively, displayed the best mechanical behavior. The study confirmed that inkjet printing a suspension with appropriate physico-chemical characteristics onto an unfired glaze substrate substantially improved the aesthetic characteristics and mechanical properties of the resulting fired coating.     

均匀设计及偏最小二乘回归法在高渗乳油研制中的应用

以实例说明如何在高渗乳油制剂研制中应用均匀设计和偏最小二乘回归法。以制剂不含渗透剂与含有渗透剂时的润湿时间差值（Y1）、渗透时间差值（Y1）作为试验指标，以20％三唑磷高渗乳油配方研制为例．应用均匀设计法设计试验方案，对试验结果采用偏最小二乘回归法，以因变量最大值为优化方向，同时对两个试验指标进行回归建模，得到Y1与各渗透剂含量回归模型及Y1与各渗透剂含量回归模型，模型拟合的决定系数R^2分别为0．9883、0．9978。最优目标函数值Y1、Y2分别为176．21s、137．18s，实测值分别为176．10s、137．11s。     

ZnO-B2O3-SiO2 系统耐酸高遮盖力玻璃色釉研制

玻璃色釉具有色彩艳丽、耐高温、化学稳定性好等优点,广泛应用于各种玻璃装饰。本文介绍了一种用于装饰性玻璃油墨的低熔点基釉制备方法及其应用,该基釉能够显著提升黑白色釉的光泽度和遮盖力,所制得的色釉具有鲜艳的色泽和近乎完全的遮盖度,黑色釉照度L值达25,白色釉L值达到90左右,釉层在25~40μm的透过率仅为0.05%~0....