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Keyword [Ion Detection]
Result: 161 - 180 | Page: 9 of 10
161. Synthesis And Fluorescence Properties Of Water Stable Metal-Organic Frameworks Based On N/O-Containing Ligands
162. Detection Of Trace Copper With Methanobactin Functionalized Gold Nanoparticles
163. Enhancing Of Agar/Polyacrylamide Double Network Hydrogel And Study On Their Carbon Dots Modified Fluorescent Hydrogel
164. Synthesis And Analytical Application Of Copper Nanoclusters
165. Synthesis,Fluorescence Sensing And Biological Activity Of Complexes Based On Sulfur-containing Schiff Base Ligands
166. Synthesis Of Graphite-like Carbon Nitride-based Functional Materials And Their Application In Organic Pollutant Degradation,disinfection And Ion Detection
167. Preparation,fluorescence Emission Of Linear Aliphatic Amide Salts And The Emission Mechanism
168. Cerium-titanium-based Nanomaterials For Telomerase And Metal Ion Detection
169. Research On Preparation Technology Of Multicolor Fluorescent Carbon Quantum Dots And Application Of Metal Ion Detection And Photocatalysis
170. The Determination Of Metal Irons By Gold Nanoparticle-based Optical Probe
171. Application Of MOFs Materials In Heavy Metal Ion Detection
172. Preparation Of Modified Chitosan/Polyacrylonitrile Nanofiber Membrane And Its Application In Copper Ion Detection
173. Controllable Preparation And Application Of Fluorescent Functional Gold Nanoclusters
174. Preparation Of BODIPY-based Hydrogen/Potassium Ion Probes And Study On Their Sensing Properties
175. Green Synthesis And Application In Metel Ion Detection Of Fluorescent Gold Nanoclusters
176. Study On Synthesis Of Fluorescent Carbon Dots,the Catalytic Activity,Application Of Ion Detection And Fingerprint Development
177. Study On Novel Electrochemiluminescence Probe For Mercury/Arsenite Ion Detection
178. Aqueous Synthesis,property Investigation,and Application Of Biocompatible Fluorescent Non-cadmium QDs
179. Properties And Applications In Biological Diagnose And Therapy Of Ni/Mn Doped Gd2O3:Yb,Er Nanomaterials
180. Design And Application Of Red/Near-Infrared Mercury Probes
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