Carbon Nano-onions

Carbon Nano-onions by Esmaeal Ghavanloo and Narsimha Mamidi delivers a clear, authoritative guide to one of the most intriguing nanomaterials of recent decades. Whether you’re a researcher, graduate student, or R&D engineer, this book opens the door to the synthesis, characterization, and cutting-edge applications of carbon nano-onions.

Begin with concise, engaging overviews of formation mechanisms and production techniques—from thermal annealing to chemical routes—followed by practical chapters on structural and surface characterization using TEM, Raman spectroscopy, and XPS. The authors translate complex physical and chemical concepts into accessible insights, explaining how onion-like multi-layered graphitic shells influence electrical conductivity, surface chemistry, and mechanical resilience.

Discover targeted application sections that explore energy storage, catalysis, sensing, and composite reinforcement, supported by experimental trends and comparative analysis with other nanomaterials. The book balances fundamental theory with real-world relevance, highlighting opportunities for innovation in laboratories and industry across North America, Europe, and Asia.

Readable yet rigorous, this volume helps you evaluate material selection, design experiments, and interpret characterization data with confidence. If you need a dependable reference that bridges academic research and applied development in nanotechnology, Ghavanloo and Mamidi provide the clarity and technical depth to advance your projects.

Order your copy today to bring the latest insights on carbon nano-onions into your library and stay at the forefront of global nanomaterials research.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.