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Keyword [Electrochemical sensing]
Result: 181 - 200 | Page: 10 of 10
181. Morphology And Composition Regulation Of Metal Oxide-based Micro-nano Composite Structures And The Study Of Their Electrochemical Sensing Performances
182. Preparation Of Functional Zirconium-based Porphyrin Metal-Organic Frameworks And Applications In Electrochemical Sensing
183. Electrochemical Catalysis And Analytical Application Based On Two-Phase Interface
184. Green Preparation Of Novel-Carbon Nanomaterials And Their Application In Chemo-/Bio-Sensing
185. Fabrication And Electrochemical Sensing Application Of Photolithographic Microarray Electrode
186. One-step Fabrication Of Nanoporous Gold Based Integrated Composite Electrodes By Anodization-Disproportionation Method And Their Applications In Electrochemical Sensing
187. Electrochemical Sensing Analysis Of Small Biomolecules Based On Electroactive Silver And Copper Oxides
188. Studies Of Construction Of Different Antimony Oxides And Their Electrochemical Sensing Behaviors Toward Nitric Oxide
189. Study On Electrochemical Sensing Based On Gold-based Bimetallic Nanomaterials
190. Investigation Of Electrochemical Sensing Based On Carbon Quantum Dots And Its Nanocomposites
191. The Construction Of Composite Interfaces Based On Metal Organic Framework Or Molybdenum Disulfide And Its Electrochemical Sensing Application
192. Synthesis Of New-sandwich Type Rare Earth Phthalocyanine Complexes And Electrochemical Sensing Performance Research
193. Electrochemical And Fluorescence Sensing Studies Of Complexes Based On 3-Methylene-pyridine Derivative
194. Synthesis And Properties Of Cu/Cu-M Metal-Organic Frameworks Based On 2-Amino-5-sulfobenzoic Acid
195. Electrochemical Preparations Of Gold Nanostructured Materials And Their Electrochemical Detection Of Ascorbic Acid
196. The Ratiometric Electrochemical Sensing Research Based On Covalent Organic Framework
197. Electrochemical Sensing Research Based On Covalent Organic Framework Materials
198. Construction And Analytical Application Of Electrochemical Sensing System Based On Three Nanomaterials Modified Electrodes
199. Surface Modification Of Janus And SiO2 Particles And Electrochemical Sensor Preparation For Analysis Applications
200. Investigation Of Ordered Assembly Of New Carbon Nanomaterials For Electrochemical Sensing Applications
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