Core-Shell Nanomaterials

The 1st Edition of Core-Shell Nanomaterials provides a structured reference intended for graduate students, academic researchers, and engineering professionals working in materials science and nanotechnology. The text details fundamental core-shell architectures and establishes the structural, physical, and chemical parameters that govern multi-component nanostructures across academic and industrial research settings.

Content progression covers chemical fabrication methods, detailing sol-gel synthesis, hydrothermal routes, and electrospinning processes. The volume relates these preparation protocols directly to practical deployment in energy applications, focusing specifically on battery systems and solar cells. Environmental applications are also examined through targeted coverage of water purification processes and carbon capture technologies.

A distinct feature of the volume is its detailed discussion of automated AI-driven synthesis for next-generation material design. By connecting foundational preparation concepts with modern automated manufacturing models, this reference provides essential support for researchers, engineers, and advanced students evaluating core-shell structures.