1.
Studies on Intermittent Liquid-Phase Bulk Polymerization Technique;
间歇液相本体法聚丙烯生产技术研究
2.
The Investigate and Application of Batch Liquid Bulk Phase Polymerization Polypropylene All Process;
间歇液相本体法聚丙烯全过程控制系统研究与应用
3.
Process Optimization on Small-Scale Batch Operated Bulk Polymerization in Liquid Propene;
间歇式液相本体法聚丙烯生产工艺的优化
4.
The Way of Improving Polypropylene Monocauldron Output of Intermittent Liquid-phase Noumenonn;
提高间歇式液相本体法聚丙烯单釜产量的途径
5.
Technical analysis and discussion about reducing propylene consumption of intermittent liquid phase noumenon polypropylene unit
降低间歇式液相本体法聚丙烯装置丙烯消耗的技术探讨
6.
Stretegic Study on Development of Intermission-Styled Fluid Polypropylene Noumenon;
间歇式液相本体聚丙烯的发展战略研究
7.
A Quantitative Determination of Styrene Monomer in Polystyrene Materials by DGE-GC
间歇气提气相色谱法测定聚苯乙烯材料中的苯乙烯单体
8.
Research of Kinetic Modeling and Corresponding Experiments for Batch Cooling Crystallization from Solution;
间歇溶液结晶动力学模型及其相关实验研究
9.
Batch chloration plant of synthesizing β-chloro t-butyl carboxylic acid chloride was improved by using continuous liquid phase method.
利用连续液相氯化法对一套间歇氯化法生产β-氯代特戊醯氯的装置进行改造。
10.
batchwise process
间歇式加工法,间歇式工艺
11.
Intermittent flow is a very important flow pattern in actual gas - liquid two phase flow in horizontal wellbore.
间歇流是实际水平井筒气液两相流动中非常重要的一种流动形态。
12.
Study on the Cascaded Total Reflux Batch Distillation with Dynamic Exchange of Liquid Phase;
动态液相交换的全回流间歇精馏串联过程的研究
13.
Study on the Cascaded Process of Dynamic-Accumulation in Batch Distillation with Exchange of Liquid Phase
间歇精馏双塔动态累积液相交换串联过程的研究
14.
Research of Similarity Computing and Ontology Mapping Approaches;
本体间相似度计算及映射方法的研究
15.
Some have argued that there will be a relatively secure interlude in the future. What do you think of this "interlude?"
有人认为未来将会有一段相对安全的“间歇期”，你对“间歇期”的说法有何看法？
16.
Influence on Metabolism System of Short Interval Training;
短时间歇训练法对机体能源物质代谢的影响
17.
batch method of operation
分批作业法, 间歇操作法
18.
The Effect of Intermittent Hypoxic Training on Human Aerobic Capacity and Blood Hydrodynamics;
间歇性低氧刺激对人体有氧运动能力及血液流变学的影响