S M Sohel Murshed – författare

Ionic Liquids-based Nanofluids provides a comprehensive exploration of nanoparticle dispersions in ionic liquids, covering their design, physicochemical behaviour, and technological relevance. It builds from the foundational principles of colloidal science and ionic liquid chemistry to advances in synthesis strategies, interfacial phenomena, and structure–property relationships.Integrating theoretical frameworks with experimental insights and application-driven perspectives, the book highlights the transformative potential of ionic liquids-based nanofluids in diverse sectors, including energy harvesting and storage systems, advanced thermal management, and electrochemical devices. It addresses sustainability dimensions, including toxicity assessment, environmental implications, lifecycle considerations, and safe handling practices, emphasizing responsible development and deployment.This book will interest industry researchers and graduate students studying nanofluid applications within the fields of mechanical, materials, chemical, and environmental engineering.

Ionic Liquids-based Nanofluids provides a comprehensive exploration of nanoparticle dispersions in ionic liquids, covering their design, physicochemical behaviour, and technological relevance. It builds from the foundational principles of colloidal science and ionic liquid chemistry to advances in synthesis strategies, interfacial phenomena, and structure-property relationships.Integrating theoretical frameworks with experimental insights and application-driven perspectives, the book highlights the transformative potential of ionic liquids-based nanofluids in diverse sectors, including energy harvesting and storage systems, advanced thermal management, and electrochemical devices. It addresses sustainability dimensions, including toxicity assessment, environmental implications, lifecycle considerations, and safe handling practices, emphasizing responsible development and deployment.This book will interest industry researchers and graduate students studying nanofluid applications within the fields of mechanical, materials, chemical, and environmental engineering.

Ionic Liquids-based Nanofluids provides a comprehensive exploration of nanoparticle dispersions in ionic liquids, covering their design, physicochemical behaviour, and technological relevance. It builds from the foundational principles of colloidal science and ionic liquid chemistry to advances in synthesis strategies, interfacial phenomena, and structure-property relationships.Integrating theoretical frameworks with experimental insights and application-driven perspectives, the book highlights the transformative potential of ionic liquids-based nanofluids in diverse sectors, including energy harvesting and storage systems, advanced thermal management, and electrochemical devices. It addresses sustainability dimensions, including toxicity assessment, environmental implications, lifecycle considerations, and safe handling practices, emphasizing responsible development and deployment.This book will interest industry researchers and graduate students studying nanofluid applications within the fields of mechanical, materials, chemical, and environmental engineering.

Nanofluids are an emerging class of heat transfer fluids that are engineered by dispersing nanoparticles in conventional fluids. They represent a promising, multidisciplinary field that has evolved over the past two decades to provide enhanced thermal features, as well as manifold applications in thermal management, energy, transportation, MEMs and biomedical fields. Fundamentals and Transport Properties of Nanofluids addresses a broad range of fundamental and applied research on nanofluids, from their preparation, stability, and thermal and rheological properties to performance characterization and advanced applications. It covers combined theoretical, experimental and numerical research to elucidate underlying mechanisms of thermal transport in nanofluids. Edited and contributed to by leading academics in thermofluids and allied fields, this book is a must have for those working in chemical, materials and mechanical engineering, nanoscience, soft matter physics and chemistry.

Nanofluids are an emerging class of heat transfer fluids that are engineered by dispersing nanoparticles in conventional fluids. They represent a promising, multidisciplinary field that has evolved over the past two decades to provide enhanced thermal features, as well as manifold applications in thermal management, energy, transportation, MEMs and biomedical fields. Fundamentals and Transport Properties of Nanofluids addresses a broad range of fundamental and applied research on nanofluids, from their preparation, stability, and thermal and rheological properties to performance characterization and advanced applications. It covers combined theoretical, experimental and numerical research to elucidate underlying mechanisms of thermal transport in nanofluids. Edited and contributed to by leading academics in thermofluids and allied fields, this book is a must have for those working in chemical, materials and mechanical engineering, nanoscience, soft matter physics and chemistry.