1) ammonia chloride leaching
氯化铵浸取
1.
The review and research of activated ZnO production, especially the ammonia chloride leaching process are stated.
通过研究,对现行活性氧化锌的生产工艺加以比较、评价,提出改进意见,重点对氯化铵浸取法进行了深入研究。
2) ammonia-ammonium chloride leaching
氨水-氯化铵浸出
3) FeCl_3 leaching
三氯化铁浸取
4) NH4Cl
氯化铵
1.
In recent years,NH4Cl has been one of the main raw materials for nitrate-compound fertilizer production because of its low price,while NH4Cl could improve the decomposition of NH4NO3,so the explosive analysis is presented here when NH4Cl and other organic materials are used to produce NH4NO3 series compound fertilizer.
近年,由于氯化铵价格低廉,也逐步成为硝基复合(混)肥生产的主要原料之一,而氯化铵会促进硝酸铵的分解,因此,讨论用氯化铵和其他无机原料生产硝酸铵系复合(混)肥的爆炸性。
2.
The effect of ammonium chloride (NH4Cl) on the growth of micro algae Dunaliella viridis was reported.
报道了氯化铵对绿色杜氏藻增殖的影响情况。
3.
SnS thin films were deposited on glass by the chemical bath deposition method using triethanolamine(TEA),thioacetamide,SnCl2·H2O,ammonia(aqeous)as reactant and using NH4Cl(aqeous)as buffer aqeous.
以硫代乙酰胺、三乙醇胺、氯化亚锡和氨水作反应物,氯化铵作缓冲剂,采用化学浴法在玻璃衬底上沉积SnS薄膜。
5) NH_4Cl
氯化铵
1.
Morphological Study of NH_4Cl Crystal Growth from Agarose Gel Net;
凝胶网络中氯化铵结晶形态的研究
2.
The NH_4Cl solution with a steady NH~+_4N concentration(18.
27 mg/L的氯化铵溶液为淋滤液,模拟氨氮在垂向河床中的渗滤过程,来探讨氨氮在垂向河床渗滤系统中的环境行为,借以了解河床渗滤系统对氮污染的净化机理。
3.
First,the solution of NH_4Cl has to be used to react with brucite to get MgCl_2,and the gas NH_3 produced in the reaction is absorbed by water; then the MgCl_2 is used to react with NH_3 to get the Mg(OH)_2 intermediate,at the same time the mother solution of NH_4Cl produced in the reaction could be used circularly;Finally in order to get the high-purity magnesia the Mg(OH)_2 is calcined at 900 ℃.
采用氯化铵溶液直接与水镁石进行复分解浸出反应先得到氯化镁浸出液,同时用水吸收反应产生的氨;然后将氯化镁浸出液与回收的氨进行沉镁反应得到中间体氢氧化镁,最后将氢氧化镁在900℃高温下煅烧制取高纯氧化镁,沉镁反应过程中生成的氯化铵可循环使用。
6) Zinc/ammonium chloride
锌/氯化铵
补充资料：槽式浸取
分子式：
CAS号：
性质：又称槽式浸取，在浸取槽内的固体物料(金属矿物、药物、天然植物的籽粒等)被浸取溶剂(水、酸或碱液、有机溶剂等)浸出有价组分的浸取过程。可以用固体颗粒处于静止状态的浸取设备，如渗滤浸取槽；也可以用固体颗粒处于悬浮状态(浆料)的浸取设备，如机械搅拌浸取槽、气升式搅拌浸取槽(帕丘卡槽)等。
CAS号：
性质：又称槽式浸取，在浸取槽内的固体物料(金属矿物、药物、天然植物的籽粒等)被浸取溶剂(水、酸或碱液、有机溶剂等)浸出有价组分的浸取过程。可以用固体颗粒处于静止状态的浸取设备，如渗滤浸取槽；也可以用固体颗粒处于悬浮状态(浆料)的浸取设备，如机械搅拌浸取槽、气升式搅拌浸取槽(帕丘卡槽)等。
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