metallic salt的例句大全

During the use of water soluble cutting oil, its concentration, hardness, pH, germicide content, metallic salt content etc, shall be routinely monitored.

在使用过程中，要定期监控水溶性切削液的浓度、硬度、pH值、杀菌剂含量、金属盐含量等指标。

To guaranteed polishing quality, some matters such as oxidant, organic macromolecule, surfactant, and heavy metallic salt must added in.

研究发现, 某些氧化剂 、 大分子有机化合物 、 表面活性剂和重金属盐类的加入有利于提高化学抛光质量.

Pertaining to or characteristic of an ammine ( an inorganic coordination compound of ammonia and a metallic salt).

与氨络物有关的或有其特性的（由氨和金属盐构成的无机物）。

It is conventionally difficult to obtain metallic lithium with ultra low Na/ K content, to which the molten salt extraction is therefore suggested as a pioneer process to remove Na/ K and relevant experiments.

针对传统锂工业中很难得到低钠和钾的金属锂，首次提出了溶盐萃取法，并进行了萃取过程的热力学分析和探索性实验研究。

Metallic lithium and its compounds have bright prospects in the fields of energy sources and new materials. In the new century, it will be a new approach to recover lithium from salt lake brines for the industry of lithium salts.

金属锂及其化合物在能源和新材料方面具有重大应用前景，盐湖卤水提锂将成为21世纪锂盐生产的主攻方向。

Result of the study on the solubility of oxides of commonly used metallic substrate materials and alloy elements in pure Na_2SO_4 and its salt mixture is emphatically described and thus, based on thermal chemistry and electrochemistry, the mechanism of the hot corrosion at high temperature is discussed.

着重介绍了金属材料中常用的基体材料及合金元素的氧化物，在纯Na2SO4及其混合盐中溶解度的研究结果，进而从热化学及电化学方面进一步讨论了高温热腐蚀机理。

aerospace series - metallic materials - test methods - salt spray testing

航空航天系列金属材料试验方法盐雾试验

This paper introduces present situation of comprehensive development and utilization of Qinghai salt lake resources, especially the technologies for producing potash fertilizer, magnesium, lithium salts and metallic lithium from Qinghai salt lake resources, and also expounds the dynamic equilibrium in utilization of salt lake resources

介绍了青海盐湖资源综合开发利用情况，主要是利用盐湖资源生产钾肥、冶炼金属镁、生产锂盐及金属锂的工艺及研究现状，阐述了盐湖资源利用的动态平衡关系

Thermodynamic Analysis of Effective Na/ K Removal from Metallic Lithium by Molten Salt Extraction

熔盐萃取法深度除去金属锂中钠和钾的热力学分析

Furthermore, the experimental results also revealed that the molten salt extraction an effective way to remove Na and K, especially the K from metallic lithium, which is basically in conformity to the thermodynamic analysis.

探索性实验结果表明，熔盐萃取法可除去金属锂中的钠和钾，尤其是除钾效果比较明显，这与热力学分析结果基本吻合。