Catalysis and Energy Materials
Catalysis is one of the most significant advances in modern scientific and vitality industries, and it accounts for more than 60% of the concoction amalgamation process. A synergist material is one that can alter and improve response energy or selectivity. Synergist material advancement is a game-changing force for squandering new vitality, treating and controlling contamination, and combining fine synthetic substances and medicines. In situ perceptions of and investigations into the system of reactions among reactants and stimuli at the subatomic or nuclear level are the fundamental starting points for the development of a new age of profoundly viable, vitality sparing, and earth-neighbourly synergist materials.
- Physical Chemistry of the Reaction Catalyzed by Metal or Noble Metal Alternatives
- Basic Research on Carbon and Nanocarbon
- Exploitation of Industrial Applications of Carbon and Nanocarbon Catalysts
- Fundamental Research on Shaping and Batch Production of Carbon and Nanocarbon Catalysts
- Microscopic and In Situ Characterization of nanocatalysts
- Novel Energy Storage Material