Gas Evolution and Self-Discharge in Li/MnO2 Primary Batteries
Gas Evolution and Self-Discharge in Li/MnO2 Primary Batteries by Jeffrey Wolfenstine examines the electrochemical behaviors affecting primary battery performance. It covers gas generation and self-discharge mechanisms, providing valuable knowledge for advancing lithium-based battery technology in practical applications.
About This Book
This book delves into the mechanisms of gas evolution and self-discharge within Li/MnO2 primary batteries, offering a detailed examination of these electrochemical phenomena.
Authored by Jeffrey Wolfenstine, it addresses key factors influencing battery performance and longevity in primary lithium-manganese dioxide systems.
Readers will gain an understanding of the underlying processes that impact the reliability and efficiency of these widely used power sources.
The content is tailored for professionals in electrochemistry and materials science seeking to optimize battery design and application.
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