Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利镁在氯物电解质的支持下电解出金属镁是一种全新的生产方法,也是一种有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利旋转圆筒赫尔槽,采同的电解质浓度和旋转速度评价了氨基酸镍电解质溶液的性能,并测定了溶液的分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴锂吸收式制冷剂。在医药中，剂和镇静剂。还锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧化镁在氯化物电解质的支持下电解出金属镁全新的生产方法,也有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利用旋转圆筒赫尔槽,采用同的电解质浓度和旋转速度评价了氨基酸镍电解质溶液的,测定了溶液的分散力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴化锂用作吸收式制冷剂。在医药中，用作催眠剂和镇静剂。还用作锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧化镁在氯化物电解质的支持下电解出金属镁是一种全新的生产方法,也是一种有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

利用旋转圆筒赫尔槽,采用同的电解质浓和旋转速了氨基酸镍电解质溶液的性能,并测定了溶液的分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓的溴化锂用作吸收式制冷剂。在医药中，用作催眠剂和镇静剂。还用作锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧化在氯化物电解质支持下电解出是一种全新生产方法,也是一种有利于环境保护冶方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利用旋转圆筒赫尔槽,采用同电解质浓和旋转速评价了氨基酸镍电解质溶液性能,并测定了溶液分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓化锂用作吸收式制冷剂。在医药中，用作催眠剂和镇静剂。还用作锂电池电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧化镁在氯化物质支持下出金属镁是一种全新生产方法,也是一种有利于环境保护冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利用旋转圆筒赫,用同质浓度和旋转速度评价了氨基酸镍质溶液性能,并测定了溶液分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度溴化锂用作吸收式制冷剂。在医药中，用作催眠剂和镇静剂。还用作锂池质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧镁物电解质的支持下电解出金属镁是一种全新的生产方法,也是一种有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利用旋转圆筒赫尔槽,采用同的电解质浓度和旋转速度评价了氨基酸镍电解质溶液的性能,并测定了溶液的分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴锂用作吸收式制冷剂。，用作催眠剂和镇静剂。还用作锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

用氧化镁在氯化物电解质的支持下电解出金属镁是一种全新的生产方法,也是一种有于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文用旋转圆筒赫尔槽,采用同的电解质浓度旋转速度评价了氨基酸镍电解质溶液的性能,并测定了溶液的分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴化锂用作吸收式制冷。在医药中，用作催眠静。还用作锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利氧化镁在氯化物电解质的支持下电解出金属镁是一种全新的生产方法,也是一种有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利旋转圆筒赫尔槽,采同的电解质浓度和旋转速度评价了氨基酸镍电解质溶液的性能,并测定了溶液的分散能力。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴化锂作吸收式制冷。在医药中，作催眠和镇静。作锂电池的电解质。

Producing metal Mg with magnesia supported by electrolytical chloride is a new method and also a good method to be propitious to environment.

利用氧化镁在氯化物电解质的支持下电解出金属镁是新的生产方法,也是有利于环境保护的冶镁方法。

In the present study the rotating cylinder Hull cell has been utilized to evaluate the nickel sulphamate electrolyte.Experiments were carried out with various nickel sulphamate ...

本文利用旋转圆筒赫尔槽,采用同的电解质浓度和旋转速度评价了氨基酸镍电解质溶液的性,并测定了溶液的分。

By 52%-54% denisty indicator of lithium bromide, it is used to be absorptive refrigerant, hypnagogue and mitigative of medicine, and also to be electrolyte in ion-battery.

52%-54%浓度的溴化锂用作吸收式制冷剂。在医药中，用作催眠剂和镇静剂。还用作锂电池的电解质。