Inner Mongolia Jilantai Salt Lake Selected for Western Resources Utilization Project

A few days ago, Jilantai Salt Lake was selected as the 2010 annual project plan for the research project of the public welfare industry of the Ministry of Land and Resources - the research project on the scientific observation and sustainable use of resources in the Western Salt Lake. The project has a total investment of 29 million yuan. It plans to establish 8 salt lake field scientific observation stations and collection points in key salt lake areas in northwestern China within 3 years, form a network distribution, and initially establish a monitoring network covering the dynamic changes of key salt lake areas in China, and establish a key salt lake in China. The dynamic change monitoring database provides basic data for resource environment assessment and sustainable resource utilization.

Temperature Performance Improvement

Low-temperature performance is one of the important factors in broadening the use range of lithium-ion batteries, and it is also a must-have in current aerospace technology. N, N-Dimethyltrifluoroacetamide has low viscosity, high boiling point and high flash point. It has good Film-forming ability on the surface of graphite and good oxidation stability to the positive electrode. The assembled battery has excellent performance at low temperatures. Cycle performance. Organic borides and fluorine-containing carbonates are also conducive to the improvement of low-temperature performance of lithium batteries.

Temperature Performance Improvement,Trifluoroethyl Carbonate,Fluoroethylene Carbonate,Tris Trimethylsilyl Borate,Methyl Trifluoroethyl Carbonate

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