2) hydrophilic organic solvent floatation
亲水有机溶剂气浮浮选
1.
The aim of the research is to build a foundation of theory and practice for controlling the pollution of TCs residues,the main research contents are as follows:(1) The new separation and preconcentration technology of hydrophilic organic solvent floatation(HOSF) has been set up on the basis of traditional
主要研究结果如下:(1)以传统有机溶剂萃取(TOSE)理论为基础,耦合亲水有机溶剂双水相萃取(HATPE)和气浮溶剂浮选技术(GSF)优势,构建了亲水有机溶剂气浮浮选分离/富集新技术(HOSF)。
3) solvent flotation
溶剂浮选
1.
Study on recovery iodine from wet-process phosphoric acid by solvent flotation;
溶剂浮选法回收湿法磷酸中碘的研究
2.
Determination of trace boron by ternary-assiociation compound solvent flotation spectrophotometry;
三元缔合物溶剂浮选光度法测定痕量硼
3.
Association complex-solvent flotation spectrophotometric determination of dyestuff content in printing and dyeing wastewater;
气浮缔合物溶剂浮选光度法测定印染废水中染料含量
4) Solvent floatation
溶剂浮选
1.
Study on determination of trace chromium in environmental sample by solvent floatation spectrophotometry;
溶剂浮选光度法测定环境样品中痕量铬的研究
5) Solvent sublation
溶剂浮选
1.
A method for the determination of trace platinum by solvent sublation spectrophotometryis reported in this paper.
采用以Ｐｔ－ＳｎＣｌ＿２－ＣＰＢ体系溶剂浮选吸光光度法测定微量铂的方法。
2.
Combining solvent sublation with complexation extraction,the concept of Flotation Complexation Extraction(FCE) was proposed.
结合溶剂浮选和络合萃取,提出了气浮络合萃取(floatation complexation extraction)的概念,应用该方法实现了对L-苯丙氨酸的分离富集。
3.
In the process of solvent sublation, the hydrophobic compounds are levitated on bubble surface to the top of an aqueous column where they encounter a solvent layer to which the material is transferred as the bubbles move through the solvent layer.
溶剂浮选法是Sebba于1962年提出的。
6) aqueous two-phase gas solvent sublation
双水相气浮溶剂浮选
1.
Combining solvent sublation with aqueous two-phase extraction (ATPE),a new preconcentration/separation method was established:aqueous two-phase gas solvent sublation (ATGS).
结合气浮溶剂浮选和双水相萃取(ATPE)的优点,建立了一种新的分离/富集的方法,双水相气浮溶剂浮选(ATGS),并用于环境中痕量Cd(Ⅱ)的分离/富集。
补充资料：BF型机械搅拌式浮选机
BF型机械搅拌式浮选机
BF型机械搅拌式浮选机
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条