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Result: 161 - 180 | Page: 9 of 10
161. Synthesis And Catalytic Performance Of Heterostructure-based Cathode In Lithium-Oxygen Battery
162. Controllable Synthesis Of Ru-Modifid Cobalt Phosphide Nanomaterials And Their Electrocatalytic Performance
163. Investigation Of Configuring Active Sites On Graphitic Carbon Nitride For Photocatalytic Hydrogen Evolution
164. Controllable Synthesis Of Molybdenum Disulfide And Its Electrocatalytic Reduction Reaction For Small Molecules
165. Research On Gas Sensing And Photovoltaic Performance And Mechanism Of Exposed {001} Crystal Plane ZnO Foam And [001] Oriented ZnO Thin Film
166. Study On The Gas-sensitivity And Photovoltaic Performance And Mechanism Of NiO Foam Structure With Exposed {111} Crystal Planes And [111] Oriented NiO Film
167. Surface Activation Enhances The Sensing And Photocatalytic Properties And Mechanism Of ?-Fe2O3 And InOOH Nanomaterials
168. The Performance Improvement And Active Center Exploration Of Oxygen Reduction Reaction Catalyst Prepared By Riboflavin
169. Fundamentals of catalysis: Structure of catalytic particles and elucidation of active sites and reaction mechanisms
170. Modeling the active sites of [nickel-iron]- and [iron-iron]-hydrogenases
171. Applications of chiral guanidine organocatalysts in asymmetric transformations probing structure activity relationships of artificial enzyme active sites and development of metal-free oxidative cyclization reactions
172. Spectroscopic and theoretical elucidation of structural contributions to reactivity in binuclear non-heme iron enzymes: Comparison of substrate versus cofactor active sites
173. Synthesis, characterization and reactivity of (nitrogen,sulfur)M(II) complexes that model the active sites of peptide deformylase and superoxide reductase
174. Quantum chemistry studies of catalytic and photocatalytic materials: Transition metal substitution, active sites, thermodynamics and reaction mechanisms
175. Synthesis of nitrogen,sulfur(thiolate) ligands and their metal complexes as models of the active sites of (nitrogen,sulfur)M(II) metalloenzymes
176. Nature of iron-sulfur bonds in electron transfer and catalytic active sites: Contribution to reactivity and the role of hydrogen bonding
177. Biological applications of resonance Raman spectroscopy: Structural characterization of copper-cysteinate active sites in blue copper proteins
178. Quantitative spectroscopic characterization of surface metal oxide catalytic active sites
179. Nanostructured lyotropic liquid crystal resins for heterogeneous acid catalysis
180. Spectroscopic and computational studies of the intradiol and extradiol dioxygenases: Understanding oxygen activation by ferrous and ferric non-heme iron active sites
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