Shulph Ink
Advances in Energy Research: Volume 36
Advances in Energy Research: Volume 36
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Excellent- More about Advances in Energy Research: Volume 36
This book covers recent advances in energy research, including wave power absorption, zinc oxide nanostructures, thermoelectric energy harvesting, energy transition ideologies, peanut shell pyrolysis, synchrotron-based X-ray techniques, wind energy analysis, and electromagnetic vibration-based generators.
Format: Hardback
Length: 229 pages
Publication date: 03 June 2022
Publisher: Nova Science Publishers Inc
This comprehensive book delves into eight chapters, each offering detailed insights into recent advancements in energy research. In Chapter One, the focus lies on exploring wave power absorption through wave energy converters, shedding light on the potential of harnessing the energy of ocean waves for sustainable energy generation. Chapter Two delves into the realm of zinc oxide nanostructures, discussing various synthesis methods and evaluating their performance in nanogenerator fabrication. Chapter Three investigates the feasibility of form-stable phase change materials for thermoelectric energy harvesting applications, offering a promising solution for efficient energy conversion. Chapter Four employs the semiotic square analysis to identify and elaborate on the semantic categories of energy transition ideologies, providing a deeper understanding of the driving forces behind the global shift towards renewable energy sources. Chapter Five delves into the pyrolysis of peanut shells, examining two potential routes to enhance the yield and quality of the resulting bio-oils while promoting sustainability. Chapter Six provides an introduction to synchrotron-based X-ray techniques, enabling researchers to analyze energy storage materials with unprecedented precision. Chapter Seven addresses the application of Weibull distribution to analyze wind energy aspects, offering valuable insights into the variability and predictability of wind power generation. Finally, Chapter Eight explores the optimal design parameters of a three-magnet electromagnetic vibration-based generator under subsea conditions, addressing the challenges of deploying renewable energy sources in marine environments.
This comprehensive book delves into eight chapters, each offering detailed insights into recent advancements in energy research.
In Chapter One, the focus lies on exploring wave power absorption through wave energy converters, shedding light on the potential of harnessing the energy of ocean waves for sustainable energy generation.
Chapter Two delves into the realm of zinc oxide nanostructures, discussing various synthesis methods and evaluating their performance in nanogenerator fabrication.
Chapter Three investigates the feasibility of form-stable phase change materials for thermoelectric energy harvesting applications, offering a promising solution for efficient energy conversion.
Chapter Four employs the semiotic square analysis to identify and elaborate on the semantic categories of energy transition ideologies, providing a deeper understanding of the driving forces behind the global shift towards renewable energy sources.
Chapter Five delves into the pyrolysis of peanut shells, examining two potential routes to enhance the yield and quality of the resulting bio-oils while promoting sustainability.
Chapter Six provides an introduction to synchrotron-based X-ray techniques, enabling researchers to analyze energy storage materials with unprecedented precision.
Chapter Seven addresses the application of Weibull distribution to analyze wind energy aspects, offering valuable insights into the variability and predictability of wind power generation.
Finally, Chapter Eight explores the optimal design parameters of a three-magnet electromagnetic vibration-based generator under subsea conditions, addressing the challenges of deploying renewable energy sources in marine environments.
Weight: 461g
ISBN-13: 9781685078690
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