Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所用釉中的乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采用金属锌加热熔化、蒸、工艺制备超细锌粉,对产品的部分理化能进行了测试。

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.

本文对经精选的陶瓷单—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。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺的特进行了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺有良好的可纺，并达到纺超高支绢丝的目的。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所料中乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采金属锌加热熔化、蒸发、骤冷工艺制备超细锌粉,对产品部分理化能了测试。

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.

本文对经精选陶瓷单一原料—瓷石,采以计算机监控掺和与均化技术,试验研究了论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料特了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺原料有良好可纺，并达到纺超高支绢丝目。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所料中乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采金属锌加热熔化、蒸发、骤冷工艺制备超细锌粉,对产品部分理化能了测试。

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.

本文对经精选陶瓷单一原料—瓷石,采以计算机监控掺和与均化技术,试验研究了论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料特了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺原料有良好可纺，并达到纺超高支绢丝目。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所釉料中的乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采金属熔化、蒸发、骤冷工艺制备超细粉,对产品的部分理化能进行了测试。

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.

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

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料的特进行了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺原料有良好的可纺，并达到纺超高支绢丝的目的。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所用釉料中乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采用金属锌加热熔化、蒸发、骤冷工艺制备超细锌粉,对产分理化能进行。

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.

本文对经精选陶瓷单一原料—瓷石,采用以计算机监控掺和与均化技术,进行验研究进行论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料特进行可纺分析，介绍其纺情况。纺结果表明，三眠茧绢纺原料有良好可纺，并达到纺超高支绢丝目。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所料中乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采金属锌加热熔化、蒸发、骤冷工艺制备超细锌粉,对产品部分理化能了测试。

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.

本文对经精选陶瓷单一原料—瓷石,采以计算机监控掺和与均化技术,试验研究了论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料特了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺原料有良好可纺，并达到纺超高支绢丝目。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超锆英石粉是制造高档卫生洁具陶瓷所用釉料中的乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采用金属锌加热熔化、蒸发、骤冷工艺制备超锌粉,对产品的部分理化能进行测。

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,进行的验研究进行论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料的特进行可纺分析，介绍纺情况。纺结果表明，三眠茧绢纺原料有良好的可纺，并达到纺超高支绢丝的目的。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超锆英石是制造高档卫生洁具陶瓷所用釉料中的乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采用金属加热熔化、蒸发、骤冷工艺制备超,产品的部分理化能进行了测试。

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。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

三眠茧绢纺原料的特进行了可纺分析，介绍了其试纺情况。试纺结果表明，三眠茧绢纺原料有良好的可纺，并达到纺超高支绢丝的目的。

Ultrafine zircon powder with high purity is a kind of brightening agent in glaze for making high-grade cleaning whiteware.

高纯超细锆英石粉是制造高档卫生洁具陶瓷所用釉料中乳浊增白剂。

Some physico-chemistry properties of ultrafine zinc dust produced by the process of melting vapourizing shock-cooling of metallic zinc are measured.

采用金属锌加热熔化、蒸发、骤冷工艺制备超细锌粉,对部分理化能进行了。

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.

文对经精选陶瓷单一原料—瓷石,采用以计算机监控掺和与均化技术,进行验研究进行了论述。

Trial spinning is described through analysis on the spinnability of trivoltine cocoon waste material, which can produce ultrafine spun silk yarn due to its excellent spinnability.

对三眠茧绢纺原料特进行了可纺分析，介绍了其纺情况。纺结果表明，三眠茧绢纺原料有良好可纺，并达到纺超高支绢丝目。