本次清洗了12个小号循环萃取器，12平底烧瓶，以及一些集液瓶、滴管等仪器。
We cleaned 12 small size circular extractors, 12 flat bottom flasks, some collecting liquid bottle and burettes.
火山作用激发和强化了地壳内的热水循环萃取过程，同时也是银硐子矿床形成的强烈且稳定的动力系统。
Volcanic process, which has stimulated and strengthed the extraction by hot water circulation, is a strong and stable dynamic system for the formation of the Yindongzi deposit.
介绍了新型离心萃取机的工作原理、特点及其在碱性蚀刻液再生循环中的应用状况及前景。
The working principle, characteristics and application status and trend of a new type of centrifugal extractor in alkaline etching solution recycling were introduced.
萃取发酵耦合过程是用于减少产物抑制的技术，它可以通过原位方式或外部循环不断移走发酵产物。
Extractive fermentation is a technique that can be used to reduce end-product inhibition by removing fermentation products in situ or in an external recycle loop.
萃取了盐酸的有机胺用浓氨水再生，再生后的有机胺可以循环使用。
When the concentrated ammonia is used to renew the amine which has extracted hydrochloric acid, the renewed amine could be used circularly.
海藻萃取物含碘化物促进血液循环畅通，滋养肌肤，软化角质，促进弹性纤维增长；
The seaweed extract is unimpeded including the iodide promotion blood circulation, nourishes the flesh, the softened cutin, the promotion elastic fiber growth;
电解液经正己烷萃取和活性炭吸附可再生循环使用8次以上。
The electrolytic liquor can be repeatedly used over 8 times by regeneration after (extraction) by n-hexane and adsorption by activated carbon.
萃取后的络合相经碱解分离即可回收萃取剂，萃取剂循环使用10次，废水的COD去除率无下降趋势。
COD removal rate of the wastewater has not been reduced after 10time reuse of the extracting agent.
<正>将液相微萃取与循环伏安法相结合，建立了痕量溴的电化学分析的新方法。
The electrochemical properties of those compounds were studied by the cyclic voltammetry method.
对无机循环系统的无机工艺液净化单元进行了工艺参数分析，定量的分析了进料温度和进料量对萃取塔萃取效果的影响，以及再沸器蒸汽流量对汽提塔分离效果的影响。
The unit of IPL Purify in IPL circulation system was calculated and analyse . Feed temperature is consequential to effect of extract and vapor flux of reboil is marked to the stripper.
在萃取过程中使用气体搅拌可以增加液液之间的接触面积，促进液相内的湍动和循环。
The gas agitation can promote the mixing between continuance phase and dispersed phase. At the same times , droplets of dispersed phase can be broken up to a small one.
在萃取过程中使用气体搅拌可以增加液液之间的接触面积，促进液相内的湍动和循环。
The gas agitation can promote the mixing between continuance phase and dispersed phase. At the same times , droplets of dispersed phase can be broken up to a small one.
应用推荐