1.
Developing Micro and Nano Pattern by Using the Combination of Photolithography and Reaction-induced Phase Separation;
结合光刻和反应性相分离技术制备微纳米图形的研究
2.
Separation of Basic Dyes by Ion-Pair Reversed- Phase Thin-Layer Chromatography
离子对反相薄层色谱法分离碱性染料
3.
Application of reversed-phase ion-pair chromatography for universal estimation of octanol-water partition coefficients of acid,basic and amphoteric drugs
应用反相离子对色谱同时测定酸、碱及两性药物辛醇/水分配系数
4.
Separation and Analysis of Bisphosphonates by Reverse Phase High-performance Liquid Chromatography;
双膦酸类药物反相液相色谱分离与应用研究
5.
Phase Inversion and Viscosity of Phase-separated Polymer Blends
相分离聚合物共混体系的相反转及其粘性特征
6.
Application of solid phase reaction at room temperature in qualitative detection of inorganic cations
室温固相反应在离子定性检测中的应用
7.
acute phase response
急性期反应，急相反应
8.
Study on the Product Ions of Ion?Molecule Reaction of Phenylamine in Gas Phase by MS/MS
气相中苯胺离子-分子反应产物的串联质谱研究
9.
Isolation and Characterization of Defense Responses Genes Involved in Leaf and Neck Blast Resistance of Rice (Oryza Sativa L.);
水稻苗/穗瘟防卫反应相关基因的分离与鉴定
10.
Synthesis, Separation, and Reaction of Carbon Clusters Relevant to Fullerene;
富勒烯相关碳簇的合成、分离和化学反应
11.
Design and Experimental Study on 3-phase-separator in EGSB Reactor;
EGSB反应器中三相分离器的设计及实验研究
12.
Steel pickling wastewater treatment with membrane reactor coupling reaction and membrane separation
反应与分离相耦合的钢铁生产废液处理研究
13.
Research on steel pickling wastewater treatment with membrane reactor coupling with membrane separation
反应与分离相耦合的钢铁酸洗液处理研究
14.
Integrative three-phase fluidized-bed reactor coupling with photocatalysis and organic membrane separation
一体式光催化氧化-膜分离三相流化床反应器
15.
ULTRASONIC ONLINE TRACKING OF REACTION-INDUCED PHASE SEPARATION
反应诱导相分离过程的超声波在线跟踪
16.
Formation of Nanostructures in Thermosets Via Reaction-Induced Microphase Separation;
热固性聚合物中具有纳米尺度上微结构的形成：反应诱致的微相分离机制
17.
Relative Study of ACAID in the Rejection of Corneal Allograft in High-risk Eyes;
诱导前房相关免疫偏离与高危角膜移植排斥反应的相关性研究
18.
The efficiency of H2O2 utilization is 100% and the selectivity to benzaldehyde is 100%.
在体系中，催化剂以均相的方式催化反应，以多相的方式分离回收。