1)  absorptiometer
溶气计
2)  ultra-violet absorptiometry
紫外溶气计
3)  gas dissolving
溶气
4)  dissolved air flotation
溶气气浮
1.
The fractal dynamic model of dissolved air flotation process;
溶气气浮过程动力学模型的分形观
2.
Pretreatment of oil-bearing restaurant wastewater by micro-bubble air flotation and traditional dissolved air flotation: a comparative study;
微气泡气浮与溶气气浮预处理餐饮含油废水的研究
3.
According to the actual situation of the project,the flax printing and dyeing wastewater and the textile comprehensive wastewater were pretreated respectively,and treated by the dissolved air flotation/hydrolysis acidification/contact oxidation process.
根据克山亚麻纺织厂废水处理工程的实际情况,将印染废水和纺织综合废水分别进行预处理,然后采用溶气气浮/水解酸化/接触氧化工艺进行处理。
5)  dissolved air pressure
溶气压力
1.
The treatment effect of low concentration secondary effluent (COD<60 mg/L) by DAF unit with gas-liquid mixed pump was studied, and the influence of flocculant kinds, dissolved air pressure and reflux ratio on the removal efficiencies of COD, TP and turbidity was investigated.
通过小试研究了气浮单元对低浓度二级出水(COD<60mg/L)的处理效果,并以COD、TP和浊度为去除对象,考察了絮凝剂种类、溶气压力和回流比对处理效果的影响。
6)  Water-soluble gas
水溶气
1.
The Hetianhe gas field of Tarim Basin has excellent geological conditions for water-soluble gas accumulation.
塔里木盆地和田河气田的天然气具备水溶气成藏地球化学特征和理想的水溶气成藏条件。
2.
Through the case study to Hetianhe gas field on natural gas geochemistry of east and west part,combined with gas accumulation geological settings,it is thought that the gas field has beneficial geological condition and obviously geochemical evidence for water-soluble gas formation and accumulation.
文中选择田河气田作为研究实例,对气田东、西部天然气进行系统的天然气地球化学对比研究,结合气田成藏的地质背景,认为和田河气田具有较好的水溶气运移成藏地质条件和明显的水溶气运移地球化学证据,提出了天然气是水溶气成因的新观点。
3.
The former was closely related with rapid and large gas generation,and thus the gas generated from Mesozoic source rocks mainly took the form of water-soluble gas.
深部超压体系的形成过程与源岩快速大量的生气作用密切有关 ,同时也决定了中生界源岩生成的天然气主要以水溶气形式存在。
参考词条
补充资料：晶溶发光剂量计
分子式：
CAS号：

性质： 一些有机或无机的固体物辐照后溶于液体时发光的现象称为晶溶发光。积分光强度可用来估算几戈瑞至几万戈瑞范围内的吸收剂量。糖化物，氨基酸及盐已被用于该种剂量计，辐照后吸收剂量受温度、湿度的影响。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。