Abstract

The influence of the dispersion conditions for the apolar flotation agent (collector) on the size distribution of the droplets within the emulsion is established by laser differential analysis of the particle size. The optimal mixing time for the reagent is determined. It is shown that better reagent dispersion in the pulp improves the effectiveness of flotation in which gas microbubbles are involved.

中文翻译：

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气体微泡存在下乳化剂对煤浮选的影响

摘要

非极性浮选剂（收集器）的分散条件对乳液中液滴尺寸分布的影响是通过对粒径的激光微分分析来确定的。确定试剂的最佳混合时间。结果表明，更好的试剂在纸浆中的分散性提高了涉及气体微泡的浮选的有效性。