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Keyword [chiral separation]
Result: 161 - 180 | Page: 9 of 10
161. Studies On Preparation And Applications Of Novel Polymeric Monolithic Columns In Pharmaceutical Analysis
162. Research On Highly Selective Imprinted Separation-diagnosis Technique Of Chiral Environmental Pollutants
163. Enantiomeric Resolution And Zebrafish Embryonic Toxicity Of Fenamiphos And Transformation Products
164. Studies On The Thermodynamics Of Chiral Drugs During The Process Of Chiral Separation On The BSA Chiral Column And The Application Of The Two-dimensional Liquid Chromatography By A Single Column
165. Synthesis And Application Of A New β-cyclodextrin Bonded Silica Gel As Chiral Stationary Phase For The Resolution Of (±)-naproxen
166. Synthesis And Characterization Of S-1,1’-Binaphthalene-2,2’-Diamine Molecularly Imprinted Polymer
167. Chiral Separation Of Pharmaceuticals Enantiomers By Ligand Exchange Methods Based On Chiral Ionic Liquids
168. Applications Of Novel Materials In Capillary Electrophoresis
169. Preparation Of Hyperbranched Polymer Modified Molecular Imprinting Polymer And Its Application In PDMS Microfluidic Chips
170. Synthesis Of Novel Cationic β-cyclodextrins For Enhanced Enantiomeric Separation Via Hydrogen-bonding In Capillary Electrophoresis
171. The Synthesis Of Polymer Bonded With β-cylodextrin And The Chiral Separation Of Ibuprofen
172. Simple Sugars And Cellobiose High Performance Liquid Chromatography (hplc) Chiral Stationary Phase
173. Cellulose Acetate Derivatives As Chiral Separation Membrane Material Of Research And Application
174. Study Of New Chiral Separation Medium
175. Study On Kinetics Of Enantioselective Extraction Of Drug Enantiomers
176. The Study Of Modification For PDMS Microchip And Its Application In The Separation Of Chiral Amino Acids
177. Chiral Separation Of Phenylalanine Derivatives
178. Synthesis And Their Resolution Ability Evaluation Of Poly(Meth)Acrylamides Chiral Stationary Phase
179. Study On Chiral Functionalized Carbon Nanotubes And The Chiral Separation Ability
180. Separation Of Pharmaceutical Enantiomers By Ligand Exchange Method Based On Chiral Ionic Liquids
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