Advanced Bio-Inspired and Energy Materials
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Materials science has attained tremendous advancements in the recent years owing to the refinements in synthetic methodologies and better understanding of the fundamental structure property correlations of different materials as well as tuning of the material behaviors based on need. As a result, a large number of advanced materials have been developed for specific applications. A few examples of these material categories include biofuels, bio-inspired materials, polymers for tissue engineering, fuel cell membranes, energy storage devices (such as supercapacitors, lithium ion batteries, etc.),...
Materials science has attained tremendous advancements in the recent years owing to the refinements in synthetic methodologies and better understanding of the fundamental structure property correlations of different materials as well as tuning of the material behaviors based on need. As a result, a large number of advanced materials have been developed for specific applications. A few examples of these material categories include biofuels, bio-inspired materials, polymers for tissue engineering, fuel cell membranes, energy storage devices (such as supercapacitors, lithium ion batteries, etc.), nano-catalysts, photovoltaic materials, phase changing materials, etc. The book aims to present a variety of such advanced materials by providing both basic information as well as recent developments reported for these materials. All aspects related to synthesis, properties and applications of these materials have been reviewed. For more details, please visit https: //centralwestpublishing.com