The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛为起始反应物,一元为修饰,采用水热合成法制备纳米金二氧钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛为起始反应物,一元为修饰剂,采用水热合成法制备纳米金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛起始反应,剂,采用水热合成法制备纳米金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛为起始反应物,一元为修饰剂,采用水热合成法制备纳米金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制铝钛碳晶粒细化剂的法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛为起始反应物,一元为修饰剂,采用水热合成法制金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝、六氯乙烷和备铝钛晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

偏钛为起始反应物,一元为修饰剂,采用水热合成法备纳米金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛始反应物,一元修饰剂,采用成法制备纳米金红石型二氧化钛。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钾、铝粉、六氯乙烷和碳粉制备铝碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏起始反应物,一元修饰剂,采用水法制备纳米金红石型二氧化。

The new preparation method of Al-Ti-C grain refiner was studied with aluminium ingot,potassium hexafluorotitanate,aluminium powder,hexachloroethane and carbon powder.

提出了利用铝锭、氟钛钾、铝粉、六氯乙烷和碳粉制备铝钛碳晶粒细化剂的新方法。

The hydrothermal synthesis method was adopted to prepare the rutile-type nano-sized TiO2 by using low-cost metatitanic acid as the starting reactant and the monacid as the dressing agent.

以偏钛为起始反应物,一元为修饰剂,采用水热合成法制备纳米金红石型二氧化钛。