Shuttle effect - Globe Thesis

Keyword [Shuttle effect] Result: 141 - 160 \| Page: 8 of 10
141.	Electrode Material Design And Electrolyte Modification For Aqueous Zinc Ion Batteries
142.	Preparation Of Safe And Efficient Electrolytes Based On Ionic Liquid And Their Applications In Lithium Batteries
143.	Synthesis Of Al-MIL-96 Derivatives And Their Application In Li-S Batteries
144.	Performance Study Of Metal Boride And Telluride Electrocatalysts For Accelerating The Kinetics Of Sulfur Cathode Reaction
145.	Study On The Application Of Multi-Configuration Metallic Oxygen Group Compounds In Separator Modification Of High-Performance Lithium-Sulfur Batteries
146.	Preparation Of Multifunctional Composite Separators And Their Application In Lithium-sulfur Batteries
147.	The Study On Structure Regulation And Inhibition Of Polysulfide Shuttle Effect In Aramid Nanofiber Based Lithium-Sulfur Battery Separator
148.	First Principles Study For Cathode Anchoring Materials Of Lithium-Sulfur Battery
149.	Composite Modification Of Titanium Dioxide And Their Performance Study In Lithium Sulfur Batteries
150.	Preparation And Electrochemical Properties Study Of Cobalt Ferrite Based Cathode Materials For Lithium-sulfur Batteries
151.	Preparation Of Graphene-based Materials And Electrochemical Energy Storage For Lithium-sulfur Batteries
152.	Preparation And Electrochemical Performance Of Molybdenum-based Mediators For Lithium-sulfur Batteries
153.	Preparation And Electrochemical Performance Of Metal Telluride Catalytic Materials For Lithium-sulfur Batteries
154.	Constructing And Srengthening Multiple Conversion Pathways To Promote The Kinetics Of Slow Reactions In Lithium-sulfur Batteries
155.	Design And Application Of Transition Metal-based Electrocatalysts For Lithium-sulfur Battery
156.	Design And Synthesis Of Mesoporous Hollow Carbon Spheres/Molybdenum-based Composites And Their Application In Lithium-sulfur Battery
157.	Research On Structure Design, Electrochemical Performance And Mechanism Of Lithium-sulfur Battery Separato
158.	Design And Synthesis Of Phosphorus-containing Covalent Organic Frameworks And Their Application In Lithium Sulfur Battreries
159.	Design And Synthesis Of Triazine-based Covalent Organic Frameworks And Their Performance As Main Materials For Lithium-sulfur Battery
160.	Preparation And Properties Of Sulfhydryl-containing Cross-linked Network Polymer Lithium-sulfur Battery Binder
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