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Keyword [Luminol]
Result: 141 - 160 | Page: 8 of 10
141. Fabrication And Application Of Electrochemiluminescence Sensors Based On Green Synthesized Nano-materials
142. Chemiluminescence Characteristics And Analytical Application Of Luminol In Noble Metal Nanoparticles Media
143. Study On Luminol And Carbon Nitride-Based Electrochemiluminescence Biosensor For Detecting Cholesterol And Concanavalin A
144. Study On Chemiluminescence Of Luminol Catalyzed By Nanometer Gold And Its Analytical Application
145. The Study Of Novel Electrochemiluminescent Biosensors Based On Luminol And Luminol Functional Nanomaterials
146. Mechanism And Application Of Nanocomposite Of Titanium Dioxide Nanotubes Enhanced Electrochemical Luminescence
147. Studies On Quantitative Detection Of Nano-titanium Dioxide Based On The Luminol-hydrogen Peroxide Chemiluminescence System
148. The Application And Investigation Of CuFe2O4/Co3O4 Nanoparticles Involved Chemiluminescence
149. A New Type Of Luminol Chemiluminescence System Research And Its Application In Hydrogen Peroxide And Glucose Detection
150. Fabrication Of 3D Nirtrogen Doped Graphene Functional Nanocomposites And Their Electrochemical Properties And Applications
151. Fabrication And Application Of Electrochemiluminescence Immunosensors Based On Luminol Nanocomposite
152. Study On The Application Of Capillary Electrophoresis-Ag(Ⅲ) Complex—luminol Chemiluminescence In The Detection Of Environmental Estrogens And Glycopeptide Antibiotics
153. A Microfluidic Complement Fixation Test And Its Application In Serological Detection
154. Fabrication And Application Of Electrochemiluminescence Sensors Based On One-dimensional Carbon Nanotubes And Two-dimensional Layer Nanocomposites
155. Study On Electrochemiluminescence Enzyme Biosensor For Detecting Lactate,Choline And Organophosphorus Pesticides Based On Novel Nanomaterials
156. Metal-organic Frameworks And Their Composites Catalyze Luminol Chemiluminescence For Biological Small Molecules Assay
157. Study On The Applications Of Luminol-Co2+ System In Food Analysis
158. A Label-free Genetic Biosensor For Diabetes Based On AuNPs Decorated ITO With Electrochemiluminescent Signaling
159. Research And Application Of Electrochemiluminescence Sensor Based On Silver Nanocomposites
160. A Hybrid Electrochemiluminescence System And A New Method For Oxygen Fluorescence Analysis
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