您要查找的是不是:
- Study on the hygroscopic characteristics of anhydrous lithium chloride 无水氯化锂吸湿性研究
- anhydrous lithium chloride 无水氯化锂
- The salt lithium chloride is hygroscopic. 氯化锂盐具有吸湿性的。
- A mini-type experiment on preparation of anhydrous lithium chlorate with 732 gel strong acid cation exchange resin was done, and it took two process schemes. 摘要以732凝胶型强酸性阳离子交换树脂,采用两种工艺方案进行了离子交换法制取无水氯酸锂小型实验研究。
- Objective To observe the biological effects of lithium chloride in combination with hyperthermia on BGC 823 gastric cancer cell line. 目的 观察氯化锂协同温热对 B G C?823 人胃癌细胞的生物学效应。
- This paper investigates the principle of desiccant air conditioning and the properties of adsorbate (water vapor)/adsorbent(Lithium Chloride). 本文介绍了吸附式空调制冷系统的原理,研究了吸附剂(氯化锂)、吸附质(水汽)的性质;
- On the basis of this experiment, it is recommended that first we get chloric acid by ion exchange method, followed by neutralization and dehydration, and then get anhydrous lithium chlorate. 在小型实验的基础上,推荐了用离子交换法制得氯酸,然后再中和、脱水制取无水氯酸锂的工艺。
- With increasing the concentration of lithium chloride, the membrane thickness of the microcapsule increased slightly while the microcapsule porosity decreased slightly. 随氯化锂浓度的增加,微囊壁厚呈上升趋势,而微囊的空隙率下降;
- The results showed that the addition of lithium chloride(2%)could decrease the viscosity of PAN solutions by 80 percent,and fine pulp could be produced, as a result,its specif... 结果表明,加入质量分数2%25的氯化锂可有效地降低腈纶浆液的黏度,降低幅度达到原来未添加氯化锂浆液黏度的80%25以上,有利于得到更均匀更细的PAN浆粕,且浆粕的比表面积提高到原来的2倍左右。
- The result showed that the casting solution composed of 15%PVDF, 75%N,N-dimethyl acetamide, 3%lithium chloride and 7%polyethylene glycol could perform the membrane with high porosity and pore size. 实验结果显示出,以15%25的聚偏氟乙烯(PVDF)为原料、75%25的N,N二甲基乙酰胺(DMAC)为溶剂、3%25的氯化锂(LiCL)和7%25的聚乙二醇(PEG)为添加剂的制膜液,所制得的膜具有较大的孔隙率和孔径。
- 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。
- Sensible heat efficiency,latent heat efficiency and dehumidification coefficient of performance(DCOP) were employed to evaluate the performance of silica gel wheel and lithium chloride wheel. 以显热效率、潜热效率和除湿性能系数作为评价指标,通过实验比较了硅胶和氯化锂转轮的除湿性能,研究了运行参数(处理空气进口湿度、温度,再生温度,处理风量)对转轮除湿性能的影响。
- The salt lithium chloride is hygroscopic 氯化锂盐具有吸湿性的。
- Synthsis of Tert-Butyl Acetate Catalyzed by Lithium Chloride 氯化锂催化合成乙酸叔丁酯
- The protection of lithium chloride over the DA neurons in PD mice 氯化锂对帕金森病小鼠黑质多巴胺能神经元保护作用的实验研究
- Research on preparing lithium chloride by sodium chloride method 氯化钠法制备氯化锂的工艺研究
- Effects of Lithium Chloride on Neurobehavior of Lead-exposed Rat 氯化锂对染铅大鼠神经行为的影响
- Lithium chloride used for plasmid DNA isolation and purification 氯化锂用于质粒DNA的提纯
- Keywords Tert-butyl acetate;Lithium chloride;Acylation; 乙酸叔丁酯;氯化锂;酰化反应;
- Keywords Heparin;Heparinase;Lithium chloride;RT-PCR; 肝素;肝素酶;氯化锂;逆转录-聚合酶联反应;