1Associate Professor, Department of Chemistry, Rajarajeswari College of Engineering, Bangalore, Karnataka560074, India
2Assistant Professor, Department of Civil Engineering, Rajarajeswari College of Engineering, Bangalore, Karnataka560074, India
3Professor, Department of Chemistry, Dr. Ambedkar Institute of Technolohy, Bangalore, Karnataka560056, India
4Research Scholar, Department of Chemistry, Bangalore University, Bangalore, Karnataka560056, India
*Corresponding Author Pruthviraj RD, Department of Chemistry, Rajarajeswari College of Engineering, Mysore Raod, Bangalore, Karnataka560074, India E-mail: pruthvirajrd@gmail.com
Crossover nanomaterials contain at least two unique segments, commonly inorganic segments (metal particles, metal bunches or particles, salts, oxides, sulfides, non-metallic components and their subordinates, and so on) and natural segments (natural gatherings or atoms, ligands, biomolecules, drug substances, polymers, and so on) that are united by explicit cooperations which bring about the synergistic improvement of their practical properties. A pecking order of connections might be associated with the development of half breed materials, from the structure of atoms (covalent bonds, n-complexation, and so forth) to nanoscale restricting and self-gathering (a wide assortment of intermolecular collaborations, including electrostatic communications, scattering cooperations, H-holding, and so on) and microstructuring (agreeable collaborations in various modes). The blend of various segments and primary formats with various kinds of associations brings about a basically endless assortment of interesting assignment explicit materials.
Hybrid nanomaterials, Inorganic metals, Metals, NPs
