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,控制钢包光学来控制回磷几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温、光照、、蔗糖及氯化钠对螺旋藻藻蓝素稳定性影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔,研究了钢芯同质铸铁焊条熔与熔微观结构和焊缝组系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同溶液中偶氮式及腙式间互变异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性低改性水泥。

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

由此提出在转炉条件,制钢包光学碱度来制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温度、光照、酸碱度、蔗糖及氯化钠对螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱度,研究了钢芯同质铸铁焊条熔的碱度与熔微观结和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式间互变异进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

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

由此提出在条件,控制钢包光学碱度来控制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重温度、光照、酸碱度、蔗糖及氯化钠对螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱度,钢芯同质铸铁焊条熔的碱度与熔微观结构和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式间互变异构平衡进行。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

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

此提出在转炉下条件下,控制钢包光学碱度来控制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温度、光照、酸碱度、蔗糖及氯化钠螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算墨型熔碱度,研究了钢芯同质铸铁焊条熔的碱度与熔微观结构和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式间互变异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以膏和高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

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,控制钢包光学碱来控制回点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温、光照、酸碱、蔗糖及氯化钠对螺旋藻藻蓝素稳定性影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱,研究了钢芯同质铸铁焊条熔碱与熔微观结构和焊缝组织关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同剂。不同酸碱中偶氮式及腙式间互变异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性低碱改性水泥。

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

由此提出在条件,控制钢包光学碱度来控制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重温度、光照、酸碱度、蔗糖及氯化钠对螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱度,钢芯同质铸铁焊条熔的碱度与熔微观结构和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式间互变异构平衡进行。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。

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,控制钢包光学碱度来控制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温度、光照、酸碱度、蔗糖及氯化钠对螺旋藻藻蓝素稳定的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱度,研究了钢芯同质铸铁焊条熔的碱度与熔微观结构和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式间互变异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水，可配制出耐久良好、具有微膨胀的低碱度水。

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,控制钢包学碱来控制回磷的几点措施。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温、、酸碱、蔗糖及氯化钠螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱,研究了钢芯同质铸铁焊条熔的碱与熔微观结构和焊缝组织的关。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

们在不同溶剂。不同酸碱溶液中的偶氮式及腙式间互变异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱改性水泥。

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。

The paper gives the affects which act to Spimlina platensis algocyan by temperature under the lights. PH. Sucrose. Nacl.

本文着重研究温度、光照、酸碱度、蔗糖及氯化钠对螺旋藻藻蓝素稳定性的影响。

The relationship between basicity of graphitiferous slag and microstructurcs of both slag and weld metal arc investigated for the same electrode with cast iron.

本文通过计算石墨型熔碱度,研究了芯同质铸铁焊条熔的碱度与熔微观结构和焊缝组织的关系。

The tautomeric equilibrium between the azo type and the hydrazone type of these compounds in different solvents and different acidity has also been studied.

对它们在不同溶剂。不同酸碱度溶液中的偶氮式及腙式异构平衡进行了研究。

R esults show that the modified cement with good durability, small expansion and low alkality can be made by use of gypsum and zeolite modifying alumina cement.

以石膏和沸石对高铝水泥改性，可配制出耐久性良好、具有微膨胀性的低碱度改性水泥。