1) NH3_NH4+ method
氨-氨法
2) ammonia method
氨法
1.
The technology of desulfurization and dedusting for coal-fired boilers using ammonia method was introduced.
介绍了燃煤锅炉氨法烟气脱硫除尘技术,采用该技术对35t/h热电锅炉的原脱硫除尘系统进行改造,通过对改造后的脱硫效率、除尘效率等性能指标的考察,证明该工艺可实现脱硫、除尘一体化的目的,有较好的环境效益和社会效益。
2.
The conclusions of the experiment show: the order of reactivity is EtOH>Pr iOH>Bt nOH; the order of stabi1ity is Sn(OEt) 4ammonia method is more suitab1e for preparing stannic alkoxides than sodium alkoxides methed.
本文采用氨法和醇钠法两种方法研究了用四氯化锡的醇溶液合成锡醇盐 ,实验结果表明 :氨法比醇钠法优越 ;乙醇、异丙醇、正丁醇反应活性依次降低 ;锡酸乙酯、锡酸异丙酯、锡酸正丁酯稳定性依次增强 。
3.
Then magnesium in the waste liquor was recycled by ammonia method to produce magnesium hydroxide.
为减少环境污染和回收镁制备附加值高的氢氧化镁,研究将麦芽酚生产过程的含碱式氯化镁废液进行酸化、脱色精制处理后,采用氨法对其中的镁进行回收,生产氢氧化镁产品。
3) Ammonia process
氨法
1.
Treating tail gas from sulphuric acid plant by ammonia process to produce ammonium sulphite;
氨法处理硫酸装置尾气生产亚铵的实践
2.
But Ammonia process Combined removing SOx and NOx from flue gas,possesses many marked technical advantages: high desulfurization efficient,getting tow results removing SOx and NOx,no waste water and no waste residues,the desulfurizer used fewer and the utilization ratio higher,having fuel economized.
SOx和NOx是燃煤锅炉排放的主要污染物,传统分步脱硫脱氮设备昂贵且效率不高,而氨法烟气脱硫脱氮具有显著的技术优势:脱硫效率高,脱硫脱氮一举两得;不产生废渣、废水;脱硫剂利用充分、耗量小、具有节能功效。
3.
Ammonia process removing SOx and NOx from flue gas, possesses many marked technical advantages: highdesulfurization efficient, getting tow results removing SOx and NOx, no heat consumption and no waste residues, thedesulfurizer used fewer and the utilization ratio higher, no equipment damaged and having fuel economized.
氨法烟气脱硫脱硝具有显著的技术优势:脱硫效率高,脱硫脱硝一举两得,不耗费热量不产生废渣,脱硫剂利用充分用量小,不损害设备有节能功效。
4) ammonia
[英][ə'məʊniə] [美][ə'monɪə]
氨法
1.
Advanced oxidation process by ammonia in flue gas purification;
氨法深度氧化烟气净化技术
2.
Preparation and characterization of anhydrous magnesium chloride by reaction of ammonia and ammonium carnallite;
铵光卤石氨法无水氯化镁的制备与表征
3.
The model for simulation of wet FGD technics by ammonia is established based on flow-simulated software ASPEN PLUS.
运用流程模拟软件ASPEN PLUS,模拟了氨法湿法脱除燃煤烟气中的二氧化硫工艺,介绍了建立模型过程中的模块选取、物性方法的选择、工艺参数的输入以及灵敏度分析功能,考察了吸收剂浓度、原烟气流量、液气比等工艺参数对脱硫效果的影响。
5) ammonia
[英][ə'məʊniə] [美][ə'monɪə]
氨
1.
Effect and countermeasure of acid gas contained ammonia on Claus technology of sulfur recovery;
含氨酸性气对Claus硫磺回收工艺的影响及对策
2.
Study on the role of ammonia in preparation of crystal formⅡammonium polyphosphate;
结晶Ⅱ型聚磷酸铵制备过程中氨的作用研究
3.
Analysis on the absorption of CO_2 in flue gas from powerplant with ammonia for CO_2 sequestration;
利用氨吸收电厂烟道气中的CO_2及对大气减排CO_2的分析
6) NH_3
氨
1.
Effects of microbial agents on NH_3 emission during pig manure composting;
不同微生物菌剂处理对猪粪堆肥中氨挥发的影响
补充资料：氨法乳剂
分子式：
CAS号：
性质：在卤化银的溶剂氨过量的情况下，由硝酸银与氨水所生成的银-氨络离子和碱金属卤化物反应而形成的卤化银照相乳剂。由于整个反应过程都在碱性条件下进行，所以又叫碱法乳剂（alkali emulsion）。氨法乳剂的颗粒多为圆球形，粒度均匀，光谱增感效率高，但稳定性和保存性较差。
CAS号：
性质：在卤化银的溶剂氨过量的情况下，由硝酸银与氨水所生成的银-氨络离子和碱金属卤化物反应而形成的卤化银照相乳剂。由于整个反应过程都在碱性条件下进行，所以又叫碱法乳剂（alkali emulsion）。氨法乳剂的颗粒多为圆球形，粒度均匀，光谱增感效率高，但稳定性和保存性较差。
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