注浆成型

纳米ZrO2粉末的悬浮流变特性与注浆成型研究

Suspension , Rheology and Slip Casting of Nanometer Y-TZP Powders

ZrB2-SiC陶瓷的注浆成型与无压烧结

Slip Casting and Pressureless Sintering of ZrB_2-SiC Ceramics

注浆成型SiC多孔陶瓷的工艺和性能研究

Fabrication and Properties of SiC Porous Ceramics by Slip Casting Process

注浆成型ZrO2/Al2O3材料的多变量分析

Multivariable Analysis of Slip-Casting Process for ZrO_2 / Al_2O_3 Materials

采用高分子模板，通过注浆成型制备了球形孔结构的羟基磷灰石（hroxyapatite，HA）支架，研究了支架的微观结构、压缩强度和相容性。

Spherical porous hydroxyapatite ( HA ) scaffold was fabricated by the casting process using an polymer template , and its microstructure , compressive strength and compatibility were tested .

SEM和孔结构分析表明，与注浆成型工艺相比，以挤出成型工艺制备的CFSC结构更加密实，其密度更大；

Compared with CFSC prepared by moulding technology , the SEM analysis and pore analysis indicates that CFSC prepared by extrusion technology are much denser and its density was much higher .

采用注浆成型法制得ZnO导电陶瓷，通过添加Al2O3、Cr2O3、Fe2O3、La2O3，探讨了各添加剂对ZnO陶瓷电性能的影响。

This research adopted slip casting to produce ZnO ceramics with additives of Al 2O 3 , Cr 2O 3 , Fe 2O 3 , La 2O 3 to alter its electrical properties . The effects of these additives on the electrical properties of ZnO ceramics were explored .

实心注浆成型中开裂缺陷的分析及解决方法

Analysis and Solution Method of Cracking Defect in Solid Casting Formation

卫生陶瓷压力注浆成型的泥浆性能研究

Study on the slip properties of pressure casting on sanitary wares

注浆成型碳化硅浆体的流变性能研究

Study on Rheological Properties of SiC Slurry by Slip-casting Process

注浆成型法制备多孔羟基磷灰石生物陶瓷

The Porous Hydroxyapatite Bioceramics Prepared by the Casting Formation

羟基磷灰石料浆流变性及注浆成型工艺的研究

Rheological Behavior and Slip Casting Process of Hydroxyapatite Slurry

颗粒的整形工艺对注浆成型碳化硅素坯密度的影响

Effect of reshaping technology of particle on density of green body of slip cast SiC

论述采用神经网络优选工生瓷压力注浆成型机的主控参数技术。

The main contral parameter of pressure casting machine used in neural network are analysed and presented .

注浆成型永磁铁氧体的磁性能与原始料浆颗粒的大小密切相关。

The magnetic properties of the slip casting shaped hard ferrite strongly depend on the original slurry granularity .

水波的速度注浆成型水流方向、速度与坯体

A Study on Relationship between " Water Direction 、 Speed " and " Green Body " in Slip Casting

采用化学共沉淀法合成羟基磷灰石粉料，采用注浆成型、热压烧结及热等级压后烧结等工艺制备羟基磷灰石颌面骨材料。

Hydroxyapatite ceramic powder was synthesized by chemical coprecipitation process . The . maxillofacial bone materials were made by slip-casting .

以氧化铝为基体材料，采用添加成孔剂法，并结合注浆成型和凝胶注模成型制备出用于过滤高温煤气的陶瓷过滤元件。

Alumina-based porous ceramic filter elements for hot gas are prepared by adding pore-forming additives and combining casting and gel-casting progresses .

琉璃瓦中的勾头，滴水瓦件以及走兽、钉帽、花窗和正吻、垂兽等构件采用手工成型或注浆成型。

The manual stamping or casting is used to mold eave tile , drip tile , tile with animals , nail head and glassless window .

讨论了注浆成型红陶器坯体表面缺陷的产生原因，提出了克服缺陷的常用方法。

This article has discussed the causes of existing several common external defects in terra-cotta of casting , and produced some efficient methods to eliminate such defects .

通过一系列实验，研究了注浆成型法制备多孔羟基磷灰石生物陶瓷和添加高温粘结剂对陶瓷的力学性能影响。

By a series of experiments , the present paper has studied the porous hydroxyapatite bioceramics prepared through casting formation and increase high temperature cementing agent to the ceramic mechanics performance influence .

研究了卫生陶瓷压力注浆成型的泥浆性能，通过一系列试验，讨论了泥浆性能对压力注浆成型的影响。

The slip properties of the pressure casting on sanitary wares are studied , through a series of test , the influence of the slip properties of the slip casting process are discussed .

注浆成型水流方向、速度与坯体研究了主应力方向与纤维夹角的关系；

A Study on Relationship between " Water Direction 、 Speed " and " Green Body " in Slip Casting The relation between principal stress orientation and fiber orientation is also studies in this paper .

通过电镜扫描发现，采用注浆成型法制备的多孔支架内部孔隙相互连通，大孔与小孔分布均匀；其孔壁表面结构粗糙，有利于细胞的吸附。

SEM indicated that scaffold has connected inner pore with homogeneous pore distribution by the slip casted method and the surface of pore wall of scaffold was rough so that cells may easily get absorbed .

尽管采用注浆成型法制备出的多孔支架其力学强度低于干压成型法制备出多孔支架，但在孔隙率为46.9%时，仍达到4.1Mpa，基本满足骨组织工程修复材料的力学要求。

Even though the compressive strength of porous scaffolds made by the slip casted method could not reach the same level of scaffolds by press casted method , they were still up to 4.1 Mpa with porosity about 46.9 % , basically satisfy the compressive requirements of bone-tissue engineering .

随着具有优异特性的功能陶瓷的不断实用化，制作复杂形状陶瓷件的需求日益强烈，而传统的工艺如干压、模压、注浆、注射等成型方法已愈来愈满足不了成型要求。

The demands of ceramic parts of complex shape increase as excellent characteristic function ceramics develop its practical use , which could not be satisfied by processes such as dry pressing , die pressing , slip casting , injection molding .