The synthesis of lithium chloroaluminate by melting reaction in dry air is introduced. In which, anhydrous lithium chloride and anhydrous aluminium chloride are as raw materials.

提出了以无水氯化锂和无水氯化铝为原料，在干燥的空气中通过熔融反应合成氯化铝锂的新工艺。

The paper reported first about the study of selection with copper vapor laser followed by lithium chloride treatment in Streptomyces rimosus.

本文首次报导有关铜蒸气激光及其与氯化锂复合选育龟裂链霉菌的研究。

Under identical experimental conditions. the irradiation with copper vapor laser is better than that with copper vapor laser followed by lithium chloride treatment.

在相同的实验条件下，铜蒸气激光辐照龟裂链霉菌比其随后又氯化锂复合处理的效果好。

The method comprises the following steps of: firstly, adding dried lithium chloride and potassium hexafluorophosphate to an organic solvent and stirring;

首先，将干燥的氯化锂和六氟磷酸钾加入有机溶剂中搅拌；

Whether it is caused by repair or by immediate action of lithium chloride, or the lithium chloride increases the activities of cell repair systems, depends on further discussion.

这是否与修复作用有关，是氯化锂的直接作用，还是氯化锂提高了细胞修复系统的活性而产生的作用，有待进一步研究。

This paper mainly declares the method of extracting lithium from lepidolite and preparing the lithium chloride by double-decompose reaction with material lithium sulfate and calcium chloride.

本课题主要从宜春锂云母中提取锂，继而以硫酸锂溶液为原料复分解反应制备氯化锂。

The by-product of the reaction was a mixture of lithium chloride and sodium chloride, which was separated by various methods and the lithium chloride obtained was recycled.

反应的副产物是氯化锂和氯化钠的混合物，可用不同方法将其分离，所得氯化锂用于再循环。

The electrolyte used in the invention is a calcium chloride fused salt system, into which sodium chloride, lithium chloride or admixture of the sodium chloride and the lithium chloride can be admixed.

本发明使用的电解质为氯化钙熔盐体系，可在其中掺入氯化钠、氯化锂或它们的混合物。

Objective: to study the genotoxicity of lithium chloride and its mechanism in mice.

目的：观察氯化锂的遗传毒性特征并对其毒作用机制做一初步探讨。

The salt lithium chloride is hygroscopic.

氯化锂盐具有吸湿性的。

The imaging technique showed that some neurons were activated by the saccharine, or the conditioned stimulus, and others were activated by the lithium chloride or the unconditioned stimulus.

这种显像技术显示一些神经元能够被给予糖水或是条件刺激激活，而另一些神经元能够被注射氯化锂或非条件刺激物激活。

In the present paper, the first experiments that restrained segregation of the casting of high leaded bronze by means of modificator consisted of lithium chloride or strontium chloride is reported.

本文首例报告了用氯化锶或氯化锂作变质剂抑制高铅青铜铸件偏析缺陷的试验。