This reference text explores the functional aspects of different nanostructured materials and their corresponding engineering applications. It demonstrates how nanostructured materials, and their device applications are linked, providing a vital bridge between the research and realisation of the technology.

The 'materials nexus' represents the role or connection of materials in building the path for greener energy and sustainable environment. This two-volume set covers the state-of-the-art of materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Each chapter demonstrates how advanced materials can be selected and prepared for device applications, providing a vital link between the science and the engineering applications. Technologies covered include functional electrode materials in energy harvesting including solar cells, solar water oxidation, fuel cells, supercapacitors, batteries and sensors, and environmental remedial applications. This reference text is highly useful for students, researchers and companies who are searching for suitable materials for energy and environmental applications.

Key Features

Covers the cutting edge in materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Introduces the fundamentals and applications in energy conversion, generation, storage, and environmental remediation. Discusses the basic principles and mechanism behind materials selection. Provides a framework for the functional and technological aspects of the materials to guide researchers in their corresponding engineering applications. Demonstrates how advanced materials can be selected and prepared

for device applications.

The 'materials nexus' represents the role or connection of materials in building the path for greener energy and sustainable environment. This two-volume set covers the state-of-the-art of materials technology for greener energy and sustainable environment, including current issues, anticipated demands and future opportunities. Each chapter demonstrates how advanced materials can be selected and prepared for device applications, providing a vital link between the science and the engineering applications. Technologies covered include functional electrode materials in energy harvesting including solar cells, solar water oxidation, fuel cells, supercapacitors, batteries and sensors, and environmental remedial applications. This reference text is highly useful for students, researchers and companies who are searching for suitable materials for energy and environmental applications.

Key Features

Covers the cutting edge in materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Introduces the fundamentals and applications in energy conversion, generation, storage, and environmental remediation. Discusses the basic principles and mechanism behind materials selection. Provides a framework for the functional and technological aspects of the materials to guide researchers in their corresponding engineering applications. Demonstrates how advanced materials can be selected and prepared for device applications.

This reference text explores the functional aspects of different nanostructured materials and their corresponding engineering applications. It demonstrates how nanostructured materials, and their device applications are linked, providing a vital bridge between the research and realisation of the technology.

The 'materials nexus' represents the role or connection of materials in building the path for greener energy and sustainable environment. This two-volume set covers the state-of-the-art of materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Each chapter demonstrates how advanced materials can be selected and prepared for device applications, providing a vital link between the science and the engineering applications. Technologies covered include functional electrode materials in energy harvesting including solar cells, solar water oxidation, fuel cells, supercapacitors, batteries and sensors, and environmental remedial applications. This reference text is highly useful for students, researchers and companies who are searching for suitable materials for energy and environmental applications.

Key Features

Covers the cutting edge in materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Introduces the fundamentals and applications in energy conversion, generation, storage, and environmental remediation. Discusses the basic principles and mechanism behind materials selection. Provides a framework for the functional and technological aspects of the materials to guide researchers in their corresponding engineering applications. Demonstrates how advanced materials can be selected and prepared

for device applications.

The 'materials nexus' represents the role or connection of materials in building the path for greener energy and sustainable environment. This two-volume set covers the state-of-the-art of materials technology for greener energy and sustainable environment, including current issues, anticipated demands and future opportunities. Each chapter demonstrates how advanced materials can be selected and prepared for device applications, providing a vital link between the science and the engineering applications. Technologies covered include functional electrode materials in energy harvesting including solar cells, solar water oxidation, fuel cells, supercapacitors, batteries and sensors, and environmental remedial applications. This reference text is highly useful for students, researchers and companies who are searching for suitable materials for energy and environmental applications.

Key Features

Covers the cutting edge in materials technology for greener energy and sustainable environment, including current issues, anticipated demands, and future opportunities. Introduces the fundamentals and applications in energy conversion, generation, storage, and environmental remediation. Discusses the basic principles and mechanism behind materials selection. Provides a framework for the functional and technological aspects of the materials to guide researchers in their corresponding engineering applications. Demonstrates how advanced materials can be selected and prepared for device applications.