Based on rich lepidolite resources in jiangxi province , with the self developed unique process , we produce lithium carbonate and lithium hydroxide effectively and environmental friendly , which are mainly as feed stock for our down stream products 利用江西锂云母为原料，采用自主开发的低能耗残渣可综合利用无污染的独特工艺生产工业碳酸锂和氢氧化锂，主要为我公司特种无机锂的生产供应基础原料。
The imported transparent glaze fired at lower temperature was analysed semi - quantitatively by adopting emission spectroscope . the stripping of lead and cadmium from this transparent glaze fired at lower temperature in ceramic product was determined by atomic absorption spectroscope . the effect of chemical composition on the stripping of lead and cadmium was analysed . upon the author s opinion , the overproof lead stripping from the imported transparent glaze fired at lower temperature can only be settled by adopting lead - free glaze instead of adopting low - lead prescription . the author succeeded in developing an excellent lead - free transparent glaze fired at the lower temperature of 1000 1050 . the success is based on an inquiry into the feasibility of using such new agents of fusion as li2o and sro in replacement of pbo ; and on a study of the effects of the contents of sio2 ， al2o3 ， b2o3and other metallic oxides on such performances of glaze as coefficient of linear expansion , fusion temperature and transparency . it is also based on an analysis of coefficient of linear expansion of blank and glaze on an analysis of coefficient of linear expansion of blank and glaze on their correlation ; and on a study of technology for preparing glaze 采用发射光谱仪对进口低温透明釉进行半定量分析，并用原子吸收光谱仪测定其陶瓷制品的铅、镉的溶出量，分析化学成分对铅、镉溶出量的影响.结果表明,进口低温透明釉采用低铅配方不能解决铅溶出量的超标问题，只有采用无铅釉才能解决.探讨用氧化锂和氧化锶等新型熔剂完全代替氧化铅的工艺，研究釉料中氧化硅、氧化铝、氧化硼和各种金属氧化物的含量,对釉的线膨胀系数、熔融温度和透明度等性能的影响.分析坯料、釉料的线膨胀系数及其相互关系和釉料制备的工艺，研制出优质的1000 1050低温无铅透明釉
( 3 ) despite of many studies on oxidationjlithiation of porous nickel , a very important factor abstract has not been pay much 8ttedion to , that is , most of the matcria [ s in mcfc actually work under a ioad generated by the self weight of mcfc stack , which undoubtedly has a great effect on the materials performance in mcfc ( 3 )尽管近些年来，对于金属ni在熔盐中的氧化锂化行为已进行了相当深入的研究，但是有一个很重要的因素却未被关注。即， mcfc电池堆中的电极材料在实际启动和运行过程中总是处于由电池堆自身产生的负荷状态，负荷的存在无疑对电极材料的性能产生不容忽视的影响。
