Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

提出在转炉下渣条件下,控制钢包渣光学碱度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程中,炉渣氧化性直接影响吹过程中的化渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉能够冶出合格的高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下渣条件下,控制钢包渣光学碱度来控制回磷的施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢程中,炉渣氧化性直接影响吹程中的化渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通“补吹”、炉后增碳工艺，转炉能够冶出合格的碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下渣条件下,控制钢包渣光学碱度来控制回磷几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程,炉渣氧性响吹过程渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉能够冶出合格高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下渣条件下,控制钢包渣光学碱度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程中,炉渣氧化性直接影响吹过程中的化渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉能够冶出合格的高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下渣条件下,控制钢包渣光学碱度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程中,炉渣氧化性直接影响吹过程中的化渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉能够冶出合格的高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉渣件,控制钢包渣光学碱度来控制回磷几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程中,炉渣氧化性直接影响吹过程中化渣速度、炉渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉能够冶出高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在下渣条件下,控制钢包渣度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

钢过程中,渣氧化性直接影响吹过程中的化渣速度、渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、后增碳工，能够冶出合格的高碳钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下渣条件下,控制钢包渣光学控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉钢过程中,炉渣氧化性直接影响吹过程中的化渣速、炉渣粘、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增，转炉能够冶出合格的高钢。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在渣条件,控制包渣光学碱度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

过程中,渣氧化性直接影响吹过程中的化渣速度、渣粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、后增工艺，能够冶出合格的高。

Therefore,the several rephosphorization prevention methods are put forward by slag optical basicity control when the som...

由此提出在转炉下条件下,控制光学碱度来控制回磷的几点措施。

During the process of converter steelmaking,the oxidbillity of slag had an direct influence on the speed of melting slag,the viscosity of slag and the extent of sputter.

转炉过程中,炉氧化性直接影响吹过程中的化速度、炉粘度、喷溅情况等。

By way of “raising high carbon content and post blowing” as well as recarburization practice can the high carbon steel of fine quality be refined in the converter.

通过“高拉补吹”、炉后增碳工艺，转炉出合格的高碳。