流延工艺

采用水基凝胶流延工艺制备四方多晶氧化锆薄膜，确定合理的烧成制度，并考察薄膜的显微结构与烧结性能。

The present work was to determine the optimum sintering system and properties of the nanometer tetragonal polycrystalline zirconia green body by the aqueous gel tape casting process .

水基流延工艺制备陶瓷材料的研究

Study on Preparation of Ceramics by Aqueous Tape Casting Process

LTCC基板中无机材料的研制和对应流延工艺的研究对于实现LTCC技术国产化意义重大。

Study of the inorganic materials in LTCC substrate and the corresponding tape-casting technics was seriously significative .

文中对实验材料性能、组织形态以及流延工艺进行了研究。

The properties and morphology of YSZ materials was also researched .

乳胶体系水基流延工艺及其叠层制备陶瓷材料的研究

Studies on Aqueous Tape Casting with Latex Binder Systems and Applications in Lamination of Ceramics

严格控制各影响因素，对实现稳定流延工艺非常必要。

Strict control of the influencing factors is very important to obtain satisfactory tape casting results .

针对目前这一领域的研究现状我们采用陶瓷流延工艺设计制备了超材料并进行了相关的理论研究.主要工作包括理论设计、样品制备、性能测量和数值模拟。

The main work of this paper includes theoretical design of the structure , fabrication of the samples and measurement of the properties .

实践证明，该设计方案是成功的，完全达到精密流延工艺的要求。

From the test , we can draw a conclusion that the design scheme is very successful and meets the requirement of casting techniques .

详细论述了实现对介质薄膜流延工艺的控制所要考虑和克服的一些重要问题，包括流延机构、传动部分、发热部分、起膜部件的设计。

The facts affect the casting-techniques control is discussed in detail , including casting structure design , transmission part design , heating part design , releasing film part design .

研究的主要目的是采用流延工艺制备用于各种集成电路封装材料的优质95Al2O3瓷基板。

The main intention of this study is to investigate 95 alumina substrates by tape casting process , which will be used as ceramic packages in kinds of integrate circuit ( IC ) .

重点对TPU胶布的各种制作工艺及先进的TPU在线挤出流延涂布工艺进行了叙述。

It was compared with various manufacture techniques for TPU coated fabric production and was introduced the technique of TPU extrusion coating and laminating in the paper .

对纳米YTZP（氧化钇稳定）坯片在新型水基凝胶流延成型工艺中，气氛条件对浆料固化过程的影响进行了研究。

The influence of atmosphere condition on solidification procedure of nanometer tetragonal polycrystals zirconia ( YTZP ) slurry in the AqueousGelTapeCasting process was investigated .

旨在通过流延成型工艺制备BST-MgO微波铁电陶瓷材料。

This paper aims to prepare BST-MgO microwave ferroelectric ceramic materials by tape casting .

为了实现以上目标，本文研究了粉体组分、溶剂、分散剂等对流延成型工艺的影响，确定最佳的溶剂和分散剂，制备低温烧结的BST-MgO陶瓷材料。

For this propose , The effects of the powder constituents , solvent , and dispersant on the tape casting were investigated , to choose the optimal solvent , and dispersant . Moreover , BST-MgO ceramic materials with lower sintering temperature were obtained by tape casting .

陶瓷材料水基流延成型工艺研究进展

Research Progress in Aqueous Tape Casting of Ceramic Materials

针对仿贝壳珍珠层结构特征，采用轧膜或流延成型工艺，成功制备出仿贝壳珍珠层结构特征的Si3N4/BN层状陶瓷材料。

The roll forming or tape casting were adopted and Si 3N 4 / BN laminated ceramics were successfully prepared by mimicking structural feature of pearl layer on shell .

在此基础上，选择陶瓷密封材料作为研究对象，对其结构进行了设计，确定了以Al2O3微粉为主的原料体系和流延制备工艺。

According to the above results , ceramic sealing materials were selected as the subject of study and the microstructure of the seal was designed ; accordingly , Al2O3 fine powder was chosen as the baseline material for the seals prepared by the tape casting process .

陶瓷燃料电池电解质流延膜的烧结工艺及其性能研究

Study of Sintering Technique and Properties of Tape-casting Electrolyte for Ceramic Fuel Cell