1) ammonia distillation
氨水蒸馏
2) ammonia liquor still
粗氨水蒸馏釜
3) ammonia
氨水
1.
Adsorption of styrene on ammonia-treated activated carbon fibers;
氨水改性活性炭纤维吸附苯乙烯的性能
2.
Multiphoton Ionization of Acetonitrile and Ammonia Compound Clusters;
乙腈和氨水团簇的激光电离实验研究
3.
Elution of Copper from Alkali Resin Using Ammonia Solution;
氨水溶液解吸强碱性树脂上负载铜的研究
4) aqua ammonia
氨水
1.
They were hydrolysis condensation in the alkali metals hydroxid solution,hydrolysis condensation in the aqua ammonia,firstly hydrolysis in the acidity solution then condensation in the aqua ammonia,pre-emulsifying and continuous hydrolysis condensation.
简要介绍了球形硅树脂微粉的特点及分类,着重介绍了5种由甲基三甲氧基硅烷制备聚甲基硅倍半氧烷球形硅树脂微粉的方法:在碱金属氢氧化物水溶液中水解缩聚法、在氨水中水解缩聚法、在酸性水溶液中水解后再在氨水中缩聚法、预乳化法及连续水解缩聚法。
2.
The affection of aqua ammonia pressure and temperature and the furnace body temperature on the tar ammonia water separation effect was analysed.
讨论了炼焦过程中影响焦油产率的因素,从实践的角度就氨水压力、温度和炉体温度对焦油氨水分离效果作了分析研究,指出焦油氨水分离效果的好坏和炉体温度的操控直接影响产品煤气和焦油的产率。
3.
The original caustic wash pretreatment section of a 300kt/a LPG sweetening unit was replaced by a combination process of aqua ammonia wash succeeded with sour water stripping.
采用氨水洗涤液化气中硫化氢与含硫污水汽提组合工艺对 30 0kt/a液化气脱硫醇装置的预碱洗单元进行技术改造。
5) aqueous ammonia
氨水
1.
The way of absorbing CO_2 from flue gas by aqueous ammonia under HIGEE at normal atmosphere and getting crystal of ammonium bicarbonate was studied in this paper.
为了减少燃烧化石能源产生大量温室气体CO2,采用超重场强化氨水常压吸收燃煤锅炉烟道气中低浓度CO2并生成碳酸氢铵晶体,可以变废为宝,有一定的环保意义和经济效益。
2.
The ammonia gas was provided into the aqueous ammonia through a single orifice.
使用高速摄像装置对氨水的鼓泡吸收特性进行了可视化试验研究。
3.
Nanometer magnesium hydroxide has prerared from magnesium sulfate and aqueous ammonia; The morphology of the powders was characterized by transission electron microscopy(TEM) and X raydiffraction (XRD).
以硫酸镁和氨水为原料,以获得纳米氢氧化镁粒子;并采用X射线和透射电镜等对颗粒形态进行表征。
6) ammonia water
氨水
1.
Study on the flocculation of organic suspended matter in ammonia water with polyacrylamide;
聚丙烯酰胺对氨水中有机悬浮物絮凝作用的研究
2.
Mamatite can be leached by salvolatile-ammonia water-perhydrol-catalyst system under the condition of 25℃,600kPa oxygen pressure,7.
在25℃、氧分压为600kPa、固液比为1∶7的条件下,以碳铵-氨水-双氧水-催化剂体系氧化浸泡高铁硫化锌精矿8h,锌、铜、镉的浸出率分别可以达到97%、98%、95%,而铁浸取率在0。
3.
Nano HZSM 5 zeolite was modified with steam of water and ammonia water (0 25 and 0 5 mol/L) at 500 ℃ respectively.
采用水蒸气和碱性氨水蒸气在 5 0 0℃下对纳米HZSM 5沸石催化剂进行了水热处理改性 ,并用XRD ,IR ,NH3 TPD和XRF对催化剂进行了表征 。
参考词条
补充资料：分批蒸馏、不连续蒸馏
分子式：
CAS号：
性质：又称分批蒸馏、不连续蒸馏。它的特点是间歇操作，原料液，一次地加入蒸馏釜中，加热使其部分汽化，由于各组分间挥发度的差异，上升蒸汽中易挥发组分的含量较液相中的高，使其提浓一次，即得到一级分离。釜液的量和组成、馏出液的量和组成等参数都随时间变化，属于不稳定过程。一般当蒸馏到指定的釜液组成或馏出液的平均组成时停止操作。间歇蒸馏又可分为简单蒸馏和间歇精馏。
CAS号：
性质：又称分批蒸馏、不连续蒸馏。它的特点是间歇操作，原料液，一次地加入蒸馏釜中，加热使其部分汽化，由于各组分间挥发度的差异，上升蒸汽中易挥发组分的含量较液相中的高，使其提浓一次，即得到一级分离。釜液的量和组成、馏出液的量和组成等参数都随时间变化，属于不稳定过程。一般当蒸馏到指定的釜液组成或馏出液的平均组成时停止操作。间歇蒸馏又可分为简单蒸馏和间歇精馏。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。