瓷石

江西省弋阳县大源岭瓷石矿是2009年江西省发现的重要矿产地之一。

The Dayuanling chinastone mine in Yiyang , Jiangxi province , is a significant mineral deposit discovered in2009 .

第三阶段内，瓷胎配方几乎完全属于瓷石掺和高岭土的二元配料体系。

But it is worthwhile pointing out that all porcelain bodies were made with two different kinds material , chinastone and kaolin in the last stage .

瓷石酸浸除铁漂白的试验研究

The experimental study of iron removal and bleaching on Cornish stone

瓷石在浙江青瓷史上的地位和作用

Status and Function of Porcelain Stone in Celadon History of Zhejiang

瓷石是中国传统的陶瓷原料。

Porcelain stone is the traditional raw material of ceramics in China .

瓷石和瓷土的类型和特征

The Types and Features of Porcelain Stone ann Porcelain Clay

以瓷石类原料生产卫生陶瓷坯体的研究

Study on the Sanitary Ceramic Bodies Prepared from the Porcelain Stone Materials

瓷石和高岭土样品分类的研究

A research on the Sample classification of Porcelain-Stone and Kaolin

瓷石尾砂玻璃马赛克的研制

Preparation of glass mosaic using slags of porcelain stone

小块儿的瓷石就要放在这里被粉碎。

Smaller chunks of china-stone are ground here .

临沂瓷石在玻化砖中的应用

Application of Linyi Porcelain Stone in procelain tile

瓷石超细粉碎试验研究

Studies on China Stone ultrafine crushing test

工业废渣粉煤灰、高岭土尾砂和瓷石尾砂在工艺玻璃中的应用研究

Study on the Application of Flyash , Kaoline and China Stone Tailing to Technological Glass

江西优质瓷石在低温一次烧成新骨质瓷中的应用

The application of China stone from Jiangxi Province in new bone china with Once-firing in low temperature

中国东部地洼阶段岩浆建造与瓷石矿床成矿作用的关系

On relationship between magmatic FORMATION IN DIWA stage and mineralization of porcelain stone deposits in eastern China

本文研究了枧田瓷石的化学与矿物组成及其工艺性能。

The chemical composition and mineral component of Jian-tian porcelain stone and its processing properties were studied in the paper .

以瓷石尾砂、粉煤灰、红粘土等劣质原料试制外墙砖

Experimental preparation of external wall tiles with porcelain stone slag , flyash , red clay and other low quality materials

所探测瓷石质量优、储量多，具有广阔的应用前景。

The probed porcelain stone had not only the properties of advanced quality and large quantity , but also wide application market .

苏州光福瓷石矿工艺性能及其在陶瓷工业中的应用探讨

An Approach to the Technological Properties of the Porcelain Stones of Guang Fu in Su Zhou and the Application of the Stones in Ceramic Industry

本文对经精选的陶瓷单一原料&瓷石，采用以计算机监控的掺和与均化技术，进行的试验研究进行了论述。

It has been studied that concentrated raw ceramics single - material-china stone ultrafines is mixed and homogenized by technology of computerized process control in this paper .

本文详细阐述了用江西优质瓷石替代部分骨灰生产新骨质瓷的必要性和可行性。

In this paper the necessity and feasibility of high quality china stone from Jiangxi province as substitute of bone ash to produce new bone china are described in detail .

南方瓷釉是用瓷石加草木灰或釉灰（石灰石与草木一起煅烧而成）配成。

The glazes in South China were prepared with a mixture of china stone and grass wood ash or glaze ash ( limestone was calcined together with grass wood ash ) .

结果表明：宁村瓷石主要由长英质矿物组成，铁元素主要以硅酸盐矿物，硫化物和氧化物及氢氧化物等形式存在；

The results of composition analyses show that Ningcun china stone is mainly composed of quartz , sericite and feldspar ; iron is contained in silicate , sulphide , oxide and hydroxide minerals .

利用本地瓷石和厂内废料代替河北邢台碱、长石和部分石英生产卫生瓷，可降低产品烧成温度，提高产品质量。

The Xingtai soda , feldspar , and Part quartz were rePlaced by the local pottery stone , waste materials of the factory in Producing sanitary pottery . The flung temperature of products was reduced , the quality of products was improved .

讨论了瓷石和高岭土的特征及其在南方瓷器发展中所起的重要作用。中国南方盛产瓷石，而瓷石主要由石英和绢云母所组成，故古代南方瓷器具有富硅质的特征。

The characteristics of china stone and kaolin and their important role in the development of Southern porcelains are discussed , As porcelain stone widely occurred in South China , which mainly consist of quartz and sericite , the ancient Southern porcelains possessed high siliceous characteristics .

为了了解古代德化白瓷和作为重要技术因素之一的原料之间的关系，尚对两种当地产的瓷石作了研究。

In order to understand the relationship between ancient porcelain and raw materials , two kinds of typical local porcelain stones were investigated as well .

长石瓷有一最佳的烧结温度范围，在此范围内，适当延长保温时间（5小时）有利提高长石瓷中白榴石的含量。

In the most appropriate range of sintering temperature for feldspathic ceramics , sintering time should be prolonged appropriately ( 5 hours ) to increase the content of leucite crystals .