按照本研究的结果，作者对废水处理和全氟辛酸回收的工艺流程进行设计，对主要设备进行设计，结果可运用于工业实际。
According to the results in the thesis, an industrial process of wastewater treatment and APFO recovery was proposed. The main facilities are designed.
研究了固氟氯化铵焙烧法分解包头混合型稀土精矿回收稀土的动力学。
The kinetics on chlorinating the rare earth of Baotou rare earth mixed concentrate after fixed fluorine treatment was determined.
研制的回收装置的IDR工艺流程短，自动化程度高，产品质量稳定，满足高氟物料的回收要求。
The developed retrieving device has realised short IDR process, high automatization, stable product quality, and can satisfy the retrieving demand for high fluorine powder.
通过对氟碳铈矿煅烧处理，将其中的氟进行回收利用，减少了对大气的污染。
The paper introduces disposing mine of fluorocarbon cerium, reclaiming fluorin from mine of fluorocarbon cerium, and reducing atmosphere pollution.
但是含氟药物合成反应的溶剂用量大，回收不完全，从而污染环境。
But the synthetic reaction needs large quantity of solvent and the recovery of solvent can not be complete.
建立了氟化钠缓释片的氟离子选择电极测定法，并考察了方法的回收率、精密度。试验结果表明，方法简便、准确可靠、重现性较好。
The Study built the fluoride ion selective electrode method and the results indicated that it was simple, accurate, reliable and repeatable.
热解ptfe可用于回收tfe、八氟环丁烷等工业原料或液体燃料，但需抑制有毒物质的产生。
Useful compounds like tetrafluoroethylene, octafluorocyclobutane or liquid fuel could be reclaimed by pyrolysis of PTFE, but the production of toxicants should be controll...
对氟苯甲酸加标回收率为99.9%，对氟聚苯乙烯分析结果的相对标准偏差为2.7%。
The recovery per cent of the standard addition ofp-Fluorobenzoic acid for this procedure equals 99.9%, the relative standard error is 2.72%.
本文对含未凝聚聚四氟乙烯废水的处理及回收废水中的全氟辛酸铵进行了研究。
Research on recovery of ammonium perfluorooctanoate from waste water by adsorptive bubble separation method;
本文对含未凝聚聚四氟乙烯废水的处理及回收废水中的全氟辛酸铵进行了研究。
Research on recovery of ammonium perfluorooctanoate from waste water by adsorptive bubble separation method;
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