稀氨水

第二部分中，为达到充分脱除CO2的目标，我们将已配好设定浓度的稀氨水从吸收塔顶部喷淋，与塔底上升的人工烟气充分混合。

In the second part , in order to remove CO2 thoroughly , the diluent ammonia solution was sprayed from the top of the absorption column , fully mixing with the artificial flue gases from the bottom .

确定了制备甘草酸分析样品的超声波提取条件，0.3%稀氨水为溶剂，液固比50：1，提取时间5h；

Extracted Glycyrrhizic acid ( GA ) from Glycyrrhiza uralensis Fisch by Ultrasonic extraction method , the conditions with higher GA were 0.3 % ammonia solution as solvent , ratio of liquid to solid as 50:1 ( mL / g ), extraction time five hours .

增大稀氨水的浓度，减小进口气体CO2浓度也有利于提高脱除率。

The CO2 removal efficiency will improve with decreasing of the CO2 concentration and increasing of ammonia solution concentration .

半熔或稀氨水封闭溶样ICP-MS测定碘溴等非金属元素。

Simultaneous determination of iodine and bromine by ICP-MS with semi-fusion or pressurized dilute ammonia digestion .

PP/CAB中空纤维膜从稀氨水中回收氨

By PP-CAB Hollow Fiber Membranes to Recover Ammonia from Weak Ammonia Water

小氮肥厂废稀氨水的成功治理

Successfully Control of Diluted Ammonia Waste Water from Small Nitrogen Fertilizer Plant

稀氨水提浓节能技术在中加清洁生产示范中的应用

Application of Dilute Ammonia Water Concentration and Energy-saving Technology in Sino-Canada Clean Production project

小氮肥厂稀氨水治理试验运行小结

Brief Sum-Up of Operatin of Experiment on Treatment of Dilute Aqua Ammonia in Small Nitrogenous Fertilizer Plant

介绍了稀氨水提浓节能技术，节能与环保并举，为小化肥生产解决了一道难题。

Introduce the dilute ammonia water concentration and energy-saving technology , which can solve a difficult problem in small-scale fertilizer plants .

稀氨水密封溶解-电感耦合等离子体质谱测定土壤沉积物及生物样品中的碘溴

Determination of Total Iodine and Bromine in Soil , Sediment and Biological Samples by Inductively Coupled Plasma Mass Spectrometry with Dilute Ammonia Pressurizing Decomposition

该研究成果推广应用后，可使合成氨企业做到废稀氨水的全部回收利用和综合污水的稳定达标排放，体现良好的环境效益、经济效益和社会效益。

After research fruit is popularized and applied , it will make synthetic ammonia companies recover and utilize all waste dilute ammonia and discharge stably comprehensive sewerage to attain criterion , and embody favorable environmental , economic , social benefits .

性状Properties：绿色单斜晶体，不溶于水，溶于稀酸和氨水。

Green monoclinic crystal , undissolving in water , dissolving in diluted acid or ammonia .