1) Intercrystalline brine differentiation
晶间卤水分异
2) inter-crystal brine
晶间卤水
1.
In light of theorectical analysis of the phase diagram of Na+,Mg2+∥Cl-,SO2-4—H2O system,and based on experiments of low-temperature refrigeraton and room-temperature evaporation of inter-crystal brine in Tulantai salt-saltpeter lake,Inner Mongolia,the processes and parameters for the comprehensive utilization of brine were optimized.
文章在Na+,Mg2+∥Cl-,SO42-—H2O体系相图理论分析的基础上,根据详实的内蒙图兰泰盐硝湖晶间卤水,低温冷冻和常温蒸发室内实验,优化了卤水综合利用的工艺流程及工艺参数,为图兰泰盐硝湖的开发提出了技术上可行、经济上合理的卤水综合利用方案。
3) Intercrystalline brine
晶间卤水
1.
Characteristics and Mechanism of Differentiation of Intercrystalline Brine in Salt Group S_3 of Hebusun Region in Qarhan Salt Lake;
察尔汗盐湖霍布逊区段S_3盐层晶间卤水分异特征及成因
4) brine with boron and lithium
含B、Li晶间卤水
5) Time scale of fractional crystallization
结晶分异时间
6) the water of salt pond
结晶池卤水
1.
By determining the water of salt pond in Guanxi saltern, Jiangsu province, We found that the basic nutritive material and PH were fit for the algae growth.
通过检测灌西盐场结晶池卤水表明,卤水中N源偏低,是理想盐藻培养基中含量的1/14,是限制盐藻生物量的主要因素;其它营养成分和pH基本适合盐藻生长;特别是卤水的盐度和[Cl-][SO4-2]的值对盐藻β-胡萝卜积累有利。
补充资料:工业纯铝晶界间表面起泡缺陷
工业纯铝晶界间表面起泡缺陷
工业纯铝晶界间表面起泡缺陷
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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