Author Description

Sodium-ion Batteries An Essential Resource With Coverage Of Up-to-date Research On Sodium-ion Battery Technology Lithium-ion Batteries Form The Heart Of Many Of The Stored Energy Devices Used By People All Across The World. However, Global Lithium Reserves Are Dwindling, And A New Technology Is Needed To Ensure A Shortfall In Supply Does Not Result In Disruptions To Our Ability To Manufacture Reliable, Efficient Batteries. In Sodium-ion Batteries: Energy Storage Materials And Technologies, Eminent Researcher And Materials Scientist Yan Yu Delivers A Comprehensive Overview Of The State-of-the-art In Sodium-ion Batteries (sibs), Including Their Design Principles, Cathode And Anode Materials, Electrolytes, And Binders. The Author Discusses High-performance Rechargeable Sodium-ion Battery Technology In The Contexts Of Energy, Power Density, And Electrochemical Stability For Commercialization. Exploring A Wide Range Of Literature On The Recent Progress Made By Researchers On Sodium-ion Battery Technology, The Book Provides Valuable Perspectives On Designing Better Materials For Sibs To Unlock Their Practical Capabilities. A Thorough Introduction To Sodium-ion Batteries, Including Their Key Materials And Likely Future Developments Comprehensive Explorations Of Design Principles Of Electrode Materials And Electrolytes For Sodium-ion Batteries Practical Discussions Of Cathode Materials For Sodium-ion Batteries, Including Transition Metal Oxides, Polyanionic Compounds, Prussian Blue Analogues And Organic Compounds In-depth Examinations Of Anode Materials For Sodium-ion Batteries, Including Carbon-based Materials, Metal Chalcogenides, Metal Alloys, Phosphorus And Na Metal Anodes Perfect For Materials Scientists, Inorganic Chemists, Electrochemists, And Physical Chemists, Sodium-ion Batteries: Energy Storage Materials And Technologies Will Also Earn A Place In The Libraries Of Catalytic And Polymer Chemists. Introduction To Sodium-ion Batteries -- Design Principles For Sodium-