1.
The supercritical fluid extraction of botanical essential oil, a great application of supercritical extraction technique, has been widely studied in recent years.
超临界流体萃取技术是一种高新分离技术，其应用和研究日益广泛。
2.
Recent Development of Chromatographic Techniques in Protein Separation and Analysis
蛋白质分离分析中的色谱技术新进展
3.
Advance in Extraction and Separation of Chinese Medicine Active Ingredients
中药有效成分提取分离技术最新进展
4.
Actail-PCR-A New and Efficient Procedure for Isolation of Unknown Target Sequences Adjacent to T-DNA Border
高效、新T-DNA侧翼序列分离技术——Actail-PCR
5.
Study on Sperating Ethanol-Water System by New Dehydration Process with Azeotropic Distillation;
新型共沸精馏分水技术分离乙醇—水体系的研究
6.
A New Technology of CMM/CBM Separation and Its Application Analysis;
一种煤层气分离利用新技术及市场应用分析
7.
AS fOr modern Short distance on the way the analySiS and research that run the new technique develOpment directiOn
现代短距离途中跑新技术发展方向分析
8.
a New Technology of Mine Water Treatment-ReCoMagTM Ultra-Magnetic Separating & Purifying System for Water Treatment
矿井水处理新技术——ReCoMag~(TM)超磁分离水体净化系统
9.
On the Technical Innovation Investment Based on Discrete Option Games
基于离散型期权博弈的技术创新投资分析
10.
Acute isolation of caudate nucleus neurons with patch-clamp technique in neonate rats
以膜片钳技术急性分离新生大鼠尾核神经元
11.
Application of Membrane Separation Technology in New Aerial Nitrogen Manufacture Equipment
膜分离技术在新型航空制氮装备中的应用
12.
A Novel Technique of Pancreatic Islet Cell Isolation and Purification
一种高效经济的小鼠胰岛细胞分离纯化新技术
13.
Applications of New Extraction Techniques in Separation of Fermentation Products
新型提取技术在发酵产物分离中的应用
14.
Research and application of secondary unloading technology in solid-liquid separation of aluminum hydrate solution
氢氧化铝固液分离二次卸料新技术研究及应用
15.
Treatment Methods of Household Garbage and Cyclone Distinguishing Technology
生活垃圾处理方法以及旋风分离新技术
16.
A novel technique to isolate single specific drosophila larva CNS neuron
分离果蝇幼虫单个特定中枢神经元的新技术
17.
Study of New Technique for Separation and Preconcentration of Trace Metal Ions with Microcrystalline Triphenylmethane;
微晶三苯甲烷分离富集环境中痕量金属离子新技术研究
18.
Study on the New Technique and Method of High Throughput, High Sensitive and High Efficient Separation and Analysis for Proteomics Research;
蛋白组高通量、高效、高灵敏分离分析新技术与新方法研究