• 基本释义

  • 词形变化

1.The results indicated that YG340 - 1 could flocculate with the polymer remained in core and had good plugging effect. The suitable YG340 - 1 concentration was 3 % - 5 % in field application.
试验结果表明,YG340-1聚合物再利用剂可与岩芯中残留聚合物絮凝,具有较好的调剖封堵效果,且聚驱后注入YG340-1越早越好,现场施工中,YG340-1含量以3%-5%为宜。收藏指正
2.Better effect of the dust cleaning has been obtained at flocculation agent and form coagulant aids are added to the powder，which makes a part of fine particulates of the blasting fume sole "join" each other and flocculate and colloids spider webs which combining with the produced foam viscosity forms a big net of catching dust .And the net will coth the remaining fine particulates according to the principles of colloid unstability and characters of the blasting fume aerocolloid .All the processes of catching dust are completed automatically inside the blasting fume.3figs.,1tab.,18refs.
依据胶体脱稳原理，利用爆破烟尘气溶胶的特性，在工程爆破使用的炸药中添加絮凝剂和发泡助凝剂，使爆烟气溶胶中的部分微粒先相互“架桥”絮凝成许多蛛网状胶团，又与随后生成的泡沫粘结成捕尘“网”再去捕集其余的微粒，在爆烟的内部自发地完成捕尘过程，从而取得了较好的除尘净化效果.图3，表1，参18.收藏指正
3.The 83 strains of microorganisms including molds, bacteria, yeast and actinomycetes, which were isolated from soil and active sludge were found to produce the substances which can flocculate kaolin clay. Among them, four strains with high flocculating activity was identified as Sporolactobacillus sp. (GC3), Arthrobacter sp. (SB6),Pseudomonas sp. (SB8) , Aeromonas sp. (GC24). Growth study in shaking flasks was conducted for obtaining high flocculant production.
筛选到83株絮凝剂产生菌,其中絮凝活性最高的四株分属于芽孢乳杆菌属(Sporolactobacillus GC3)、节细菌属(Arthrobacter SB6)、假单胞菌属(Pseadomonas SB8)、气单胞菌属(Aeromonas GC24)。收藏指正
4.The organic macro－molecule flocculate APAM together with the coagulate base aluminum chloride ?BAC? was selected as composite flocculates?and lime aqueous solution as pH adjuster． The statistic optimization method got the optimal flocculating condition as follows：pH 4．5?APAM 14．2 mg／l?BAC 10 ml／L?temperature 31℃．The removal efficiency of glutamate bacterium and CODcr come up to 98％ and 30％? respectively．
选用石灰乳作味精废水的中和剂，以碱式氯化铝BAC和阴离子型聚丙烯酰氨APAM作复合絮凝剂，从味精废水中分离菌体蛋白。 经统计寻优和多目标优化，在BAC10ml／L、APAM14．2mg／L、PH4．5、31℃条件下絮凝，可达到菌体蛋白去除率98％以上，CODcr去除率30％以上。收藏指正
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