纳米氧化锆 UG-R20陶瓷墨水的制备
前言：对喷墨打印成型用纳米二氧化锆 UG-R20 陶瓷墨水的分散制备法进行了研究。采用聚丙烯酸铵和聚乙二醇 20000作为分散剂,以水为介质,探索了聚丙烯酸铵、聚乙二醇 20000的含量,pH值及试液浓度对纳米二氧化锆 UG-R20陶瓷墨水的分散性和稳定性的影响,对不同百分含量的纳米ZrO2 UG-R20陶瓷墨水进行了研究,获得了均匀分散、微粒尺寸<1μm的纳米ZrO2 UG-R20 陶瓷墨水,考察了它的理化性能,如粘度、电导率、稳定性等,并对性能改善进行了探讨,使所制墨水满足打印机的要求。
With polyacrylic acid ammonium and polyethylene glycol20000 as dispersant, water as solvent, the dispersion method was chosen to prepare ink-jet printing ZrO_2 ceramic ink. Though the experiment, test conditions such as the content of polyacrylic acid ammonium and polyethylene glycol 20000, the pH value and the solid content of the inks were explored. Afterward, the inks of different solid content were researched. The nano-ZrO_2 ceramic inks were readily prepared by reaction after mixing the two agents unif...
文献名称
纳米氧化锆陶瓷墨水的制备
Article Name
英文(英语)翻译
Preparation of Nano-ZrO_2 Ceramic Inks for Continuous Ink-Jet Printing by Dispersion Method;
作者
汪丽霞; 何臣; 侯书恩;
Author
WANG Li-xia;HE Chen;HOU Shu-en （Nano-Science and Technology Center;Chinese University of Geosciences;Hubei 430074;China）;
作者单位
Author Agencies
中国地质大学纳米科技中心; 中国地质大学纳米科技中心 武汉; 430074;
文献出处
Article From
中国科学院上海冶金研究所; 材料物理与化学(专业) 博士论文 2000年度
关键词
ZrO2; 陶瓷墨水; 分散; 制备工艺; 理化性能;
Keywords
ZrO_2;ceramic ink;dispersion;preparation technique;physics-chemical properties;
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