关于如何提升景德镇陶瓷包装的几点思考

本文拟通过充分研究景德镇历史以及地域文化的特征,分析现有陶瓷包装在设计上的不足之处,进一步研究如何将陶瓷包装与新的包装形式相融合,使陶瓷产品从外观上就能感染受众,提高艺术感,同时也更好地保护产品,体现出当地的包装文化特征。     

磁性陶瓷靶材的制备及其应用研究

薄膜制备过程中溅射靶材的利用率很低,导致薄膜材料制备成本很高。以自制的高纯度纳米晶镍锌钴/二氧化硅复合铁氧体粉体为原料,冷等静压后高温烧结制备得到铁氧体复合靶材。用XRD、EPMA和SEM分析靶材的化学成分和微观形貌。结果表明:靶材为镍锌钴铁氧体和二氧化硅的复合材料,收缩率达14.37%,能在高真空多功能磁控溅射仪正常工作,并成功制备得到性能良好的软磁薄膜。整个制备过程工艺简单,操作方便可行,大大降低了靶材的制备成本。     

Investigation of compaction and sintering behavior of SiC powder after ultra-fine treatment

INTRODUCTION In powder compaction, the characteristics ofthe powder affect the compaction behavior and thequality of the pressed green body and its relativedensity, porosity, pore size distribution, sinteringand the consequent microstructure of the final sin-tered body. Superfine powder is prerequisite forpreparing high performance ceramic materials (Liu,1996; Lange et al., 1983; Lange, 1989). At present,most of the chemosynthesis methods are not suit-able for preparing industrial …     

Preparation of high performance ceramic tiles using waste tile granules and ceramic polishing powder

This paper presents an innovative approach to reusing waste tile granules （TG） and ceramic polishing powder （PP） to produce high performance ceramic tiles. We studied formulations each with a TG mass fraction of 25.0% and a different PP mass fraction between 1.0% and 7.0%. The formulations included a small amount of borax additive of a mass fracton between 0.2% and 1.2%. The effects of these industrial by-products on compressive strength, water absorption and microstructure of the new ceramic tiles were investigated. The results indicate that the compressive strength decreases and water absorption increases when TG with a mass fraction of 25.0% are added. Improvement of the compressive strength may be achieved when TG （up to 25.0%） and PP （up to 2.0%） are both used at the same time. In particular, the compressive strength improvement can be maximized and water absorption reduced when a borax additive of up to 0.5% is used as a flux. Scanning electron microscopy reveals that a certain amount of fine PP granules and a high content of fluxing oxides from borax avail the formation of glassy phase that fills up the pores in the new ceramic tiles, resulting in a dense product with high compressive strength and low water absorption.     

基于压电陶瓷的车内噪声模糊控制技术研究

基于国内对汽车车内噪声控制标准的提升，运用目前国内外对噪声主动控制方面的研究成果，结合汽车自身特点，阐述了利用压电陶瓷对车内噪声进行主动控制的研究；并根据车内声学模态对压电陶瓷优化配置方法和基于智能模糊的控制策略进行探讨，最后通过对轿车车内噪声控制试验验证这种主动控制方法。     

Investigation of compaction and sintering behavior of SiC powder after ultra-fine treatment

Silicon carbide ceramics were prepared with SiC powder treated by the fluidized bed opposed jet mill as rawmaterials, and the effects of the ultra-fine treatment mechanism on the compaction and sintering behavior of SiC ceramicswere investigated. The results showed that the compacts had higher density and microstructure homogeneity when thesintering temperature of the compact was decreased; and that the surface microstructure, densification and mechanicalproperties of the sintered body could be ameliorated obviously.     

追梦紫砂遗韵——对舞蹈创作与江苏紫砂文化的研究

以紫砂文化中的紫砂壶为契机,从中提炼舞蹈元素,建构一个以紫砂壶为载体的舞蹈,以此表达创作者对江南文化的深刻感悟和独特体会。利用舞蹈,表现塑形、装饰、煅烧和敬茶四个具有鲜明特点的制壶阶段。     

景德镇陶瓷文化旅游文本英译的跨文化审视

陶瓷文化旅游文本是旅游者了解景德镇的重要窗口,其英文翻译质量将直接影响景德镇的国际形象。通过实例分析现有旅游文本英译中的弊端,对规范旅游文本的英译提出了一些建议,以便更好地弘扬陶瓷文化,提升景德镇作为中国瓷都的国际化形象。     

景德镇陶瓷文化创意产业发展策略探析

作为享誉世界的陶瓷之都,景德镇发展陶瓷文化创意产业有诸多独特优势,但就产业的发展现状来看,仍存在一些突出的制约因素。为此,景德镇陶瓷文化创意产业的发展有必要从更新发展理念和培育产业体系两大方面着手,以摆脱当前所面临的困境。     

陶瓷膜技术洗涤对粉体分散性影响

采用陶瓷微滤膜,以硫酸法生产的TiO（OH）2粉体浆料为对象,研究了洗涤过程中粉体Zeta电位变化对粉体分散性影响。实验考察了操作压差、错流速率、洗涤次数等工艺参数的影响。确立了操作压差和膜面流速分别为0.12 MPa和1.5 m/s较为合适该体系参数。随着洗涤次数增加,物料中电解质浓度不断降低,粉体颗粒表面Zeta电位绝对值升高,颗粒之间相互排斥作用增强,渗透阻力降低,渗透通量提高,粉体分散性提高。