1) tradition chemical industry distillation
化工蒸馏
2) traditional chemical distillation
传统化工蒸馏
3) intensifying distillation
强化蒸馏
1.
Based on this new concept the intensifying distillation is developed and its mechanism was gathered up here.
介绍了一种不同于传统的把石油体系看作分子溶液的理论,认为石油是一种胶体分散体系,并对基于这种理论的原油强化蒸馏的机理进行了概括。
2.
The effects of the intensifying distillation on Daqing crude oil are determined at different concentrations and liquid phase temperatures by using the ways of simple distillation and TBP distillation.
以大庆原油为原料 ,分别选用芳烃浓缩油、表面活性剂和自行开发的新型活化剂作添加剂 ,通过简易蒸馏考察了 3种类型添加剂在不同添加量和不同蒸馏温度时的强化蒸馏效果。
3.
In the field of crude oil processing, intensifying distillation is a new technology developed in late of 1980is.
强化蒸馏是石油加工领域八十年代后期发展起来的新技术。
4) chloridizing distillation
氯化蒸馏
1.
Germanium is recovered from gerichened vacuumn furnace slag of Shaoguan smelter using the flowsheet of ball milling neural leaching oxidizing roasting chloridizing distillation hydrolysis.
针对韶冶真空炉提锌产生的富锗渣 ,提出了“球磨 中性浸出 氧化焙烧 氯化蒸馏 水解”工艺回收其中的锗。
5) intensified distillation
强化蒸馏
1.
In the field of oil processing, intensified distillation was posed and developed as a new technology.
针对原油日益变重的问题 ,在石油加工领域 ,人们提出并开发了原油强化蒸馏技术。
2.
Intensified distillation is posed and developed as a new technology to increase light oil yield and to ease the demand and supply situation of petroleum.
为了提高轻质油收率,解决石油市场的供需矛盾,人们提出并开发了原油强化蒸馏技术。
6) oxidation distillation
氧化蒸馏
1.
Tritium oxide in urine is determinated by distillation and liquid scintillation method and total tritium (tritium oxide and organic tritium) in urine is determinated by oxidation distillation and liquid scintillation method.
用蒸馏-液闪法和氧化蒸馏-液闪法分别测量了氚污染人员尿中的氚水浓度和总氚(氚水和有机氚)浓度。
2.
Concentration of tritium oxide in urine was determinated by distillation and liquid scintillation method and that of total tritium (tritium oxide and organic tritium) in urine by oxidation distillation and liquid scintillation method.
用蒸馏液闪法测量尿中氚水浓度 ,用氧化蒸馏液闪法测量尿中总氚 (氚水和有机氚 )浓度。
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。
参考词条