泥料

粘土原料用于陶瓷注浆泥料的开发模式研究

Study on the Experimental Model of the Clay Used for Ceramic Casting Slip

处理后泥料完全符合注浆工艺要求。

The ground slip is completely fit for the requirements of the casting process .

研究结果表明：以有机物PVA作开孔剂以及泥料的预处理工艺可以极大地提高氧化铝支撑体的纯水通量；

It is found that organism PVA as pore-forming material and the technology of pretreatment have great influence on the pure water permeability of the alumina support .

夹杂物尺寸与钢包砖缝泥料中SiO2%及Ⅵ处理时间亦有正相关关系。

The size of inclusions is also in positive correlation with the percentage of SiO_2 in the refractory mortar of ladle and the ⅵ refining time .

Na2CO3同风化烟煤HA-Na配合，是一种有效的陶瓷泥料添加剂。

Combination of Na_2CO_3 and weathered bituminous coal Na-HA is an effective thinner for ceramic clays .

主要完成的研究内容包括：（1）对泥料的流变模型进行了研究，并运用APDL建立了真空挤出机挤出段中泥料的几何模型。

The main study contents include : ( 1 ) The mud rheological model was studied , and the geometric model of the mud in extrusion region of the vacuum-extruder was modeled with APDL .

结合MPC水泥固化机理，本着不添加新元素的原则，向泥人张原始泥料中加入凝胶成分磷酸二氢铵（NH4H2PO4）和氧化镁（MgO）。

With curing mechanism of MPC cement , ammonium dihydrogen phosphate ( NH4H2PO4 ) and magnesium oxide ( MgO ) are added to the original mud gel material without other new elements .

本工作首先对添加各种HA-Na的陶瓷泥料悬浮体的流变性进行了研究。结果表明，HA-Na对塑性原料（高岭土、绢云母）的影响十分显著。

Experimental results show that Na-HA has significant effect on some plastic clays , such as kaolinite and sericite .

真空练泥机中陶瓷泥料挤出过程的研究

Study on the paste extrusion process in the de-airing pug mill

泥料性质对其水含量非常敏感。

Properties of the pug are sensitive to its moisture content .

粘土可塑性测定与泥料可塑性预测

The Study of Measuring Clay plasticity and Forecasting of Nud Plasticity

陶瓷泥料的颗粒组成对干燥性能影响的研究

Effect of Ceramic Mud Granular Size on Its Dry Property

泥料的可塑性是最重要的工艺参数。

The mud plasticity is the most important technical parameter .

连续螺旋绞刀参数对挤出过程中泥料特性的影响

Effect of continuous screw reamer parameters on Pug characteristics of extrusion process

陶瓷泥料水分电容传感器电路分析

Circuit analysis of capacitance-sensors for determining water content in ceramic body paste

湿法辊压成型泥料的成型性能影响因素探讨

Analysis of factors affecting forming properties of wet roll-forming clay

塑性泥料螺旋挤出成形压力的选定

Choice of shape pressure for screw extruding plastic pug

挤出成形过程中陶瓷泥料的流变特性研究

The Study of the Ceramic Paste Rheological Properties in the Paste Extrusion Process

通过系列实验，探讨了湿法辊压成型泥料的成型性能影响因素。

Numerical simulation of multi-pass roll forming of channel section with outer edge ;

粉煤灰粒度组成对烧结多孔砖泥料可塑性的影响

Influence of particle size composition of fly ash on plasticity of sintered hollow brick pug

陶瓷泥料塑性参数与含水率的相关性分析

The analysis about the relativity between the plasticity and water content of ceramic mud material

粒度和陈化时间对制砖煤矸石泥料可塑性的影响

Influence of Particle Size and Aging Time on Plasticity Index of Coal Gangue Pug for Brick-making

影响粉煤灰烧结空心砖泥料可塑性因素的研究

Factors in affecting the plasticity of raw material with fly ash used in hollow fired brick

本文的主要内容包括：（1）对真空挤出机挤压段泥料进行流变学分析。

The main contents include : ( 1 ) The pug rheology analysis of Vacuum extruder extruded sections .

本文分析了塑性泥料螺旋挤出成形压力的形成过程、测定方法及其影响因素。

The article analyzes the forming process and inspecting ways for shape pressure of screw extrusion , and affecting factor on shape pressure .

根据炼焦炉中修前炉体不同的技术特点，针对性配制泥料，使之达到最有效的维护目的。

Concerning the technical features in maintaining the furnace , try to find a kind of suitable material to keep up good repair .

结果表明，采用可塑性指标Ⅱ能较好的反应不同种类粘土的可塑性与泥料可塑性之间的加和关系。

The results have shown that applying the plasticity index ⅱ can well react the adding relationship of different clay and mud plasticity .

对影响多孔陶瓷挤出成型工艺的一些因素进行了简要分析，重点论述了塑性泥料的制备方法。

This paper described the effects of slurry plasticity on extrusion process of porous ceramics , and manufacturing methods of the plastic slurry .

根据真空练泥机中泥料挤出过程的实际情况，建立了泥料的简化运动模型。

A simplified kinetic model has been established , according to the actual situation of the paste extrusion process in the De-airing Pug Mill .

本文根据骨质瓷泥料增塑研究中的部分测试结果，通过计算机数据处理，对泥料应力值、应变量及塑性指标等参数与含水率的相关性进行了分析。

In this paper the relativity between the parameters including mud stress , strain , plasticity and water content was analysed through the data tackled by computer .