Exotic Properties of Carbon Nanomatter

Zusatztext

InhaltsangabeBosonation of Fermions in Nanosystems.- Topological effects in nanosystems.- Space-Time Topology of Polymers.- Mathematical Chemistry.- Quantum Effects in Carbon Structures with complex topology.- First-Principles Study in Carbon Nanostructures.- Conformational analysis of nanosystems with unusual spatial structure, Chemistry of Nanostructures.- First-Principles Study in Carbon Nanostructures.- Supramolecular Chemistry.- Condensate matter physics.- Statistical physics.- Statistical physics.- Topological effects in nanosystems.- Complexity Sciences.- First-Principles Study in Carbon Nanostructures.- Statistical Concepts in Chemical Structure and Activity.- Topological indices of chemical structural stability.- Carbon allotropes and Tessellations.- Extended Benzoids.- QSPR properties of nanomatter.- Quantum Shapes of carbon based materials.- Graphs of AND.- Topological  Chirality.- Balaban Index.- Stereochemical Characterization of nanosystems.- Properties of some polynomial-based descriptors for Graphs.- Ordering Measures in Chemical Space of Hydrocarbons.- Chemical Modeling of Carbon Clusters: New results.- Congeneric Fullerenes.- Physics of Nanostructured Materials.- Frustrated lattices & perturbed quantum Ising chains.- Electronic structure, vibrations, and optical processes of a wide range of carbon-based nanostructures, such as diamond-like carbon films, nano-diamondfilms, graphene and carbon nanotubes which are prime candidates as building blocks for nano-devices.

Autorenportrait

InhaltsangabeBosonation of Fermions in Nanosystems.- Topological effects in nanosystems.- Space-Time Topology of Polymers.- Mathematical Chemistry.- Quantum Effects in Carbon Structures with complex topology.- First-Principles Study in Carbon Nanostructures.- Conformational analysis of nanosystems with unusual spatial structure, Chemistry of Nanostructures.- First-Principles Study in Carbon Nanostructures.- Supramolecular Chemistry.- Condensate matter physics.- Statistical physics.- Statistical physics.- Topological effects in nanosystems.- Complexity Sciences.- First-Principles Study in Carbon Nanostructures.- Statistical Concepts in Chemical Structure and Activity.- Topological indices of chemical structural stability.- Carbon allotropes and Tessellations.- Extended Benzoids.- QSPR properties of nanomatter.- Quantum Shapes of carbon based materials.- Graphs of AND.- Topological  Chirality.- Balaban Index.- Stereochemical Characterization of nanosystems.- Properties of some polynomial-based descriptors for Graphs.- Ordering Measures in Chemcial Space of Hydrocarbons.- Chemical Modeling of Carbon Clusters: New results.- Congeneric Fullerenes.- Physics of Nanostructured Materials.- Frustrated lattices & perturbed quantum Ising chains.- Electronic structure, vibrations, and optical processes of a wide range of carbon-based nanostructures, such as diamond-like carbon films, nano-diamondfilms, graphene and carbon nanotubes which are prime candidates as building blocks for nano-devices.

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