Keyword based List
List of faculty who have the keyword chemistry in their Research Interests
| Name | Dept | Research Interests |
|---|---|---|
| Pradeep T | CY | Nanoscience and Nanotechnology;Nanomaterials;Ice Chemistry;Surface Science;Spectroscopy;Scientific Instrumentation |
| Archita Patnaik | CY | Broad Area: Physical Chemistry ; Colloids and Interfaces, 2D Phases and Molecular Order in Anisotropic Monolayers, Real-time FT- IRRAS Spectroscopy and Quatification of Molecular Order; Tailored Molecular Self-assembly in Functional Amphiphiles, Aggregate Structure and Dynamics; Donor - Bridge - Acceptor Dyads, Organic - Inorganic Hybrid Nanostructures, Layer-by-Layer Assembly and Potential Electrode Fabrication, Electron Transport in Oriented Assemblies; Electronic Structure Calculation ( DFT and TD - DFT), Unconstrained Molecular Dynamics on Optimized Geometries |
| Rajakumar B | CY | gas phase chemical kinetics;climate change;Global warming;Atmospheric chemistry;Experimental studies using Cavity Ring Down Spectroscopy and Laser Induced Fluerescence |
| Arti Dua | CY | Stochastic Processes in Chemistry and Biology;Statistical Mechanics of Polymers and Biopolymers;Stochastic Chemical Kinetics;Biophysical Chemistry |
| Krishnakannan | ME | Macromolecular Chemistry;Modeling of vulcanization process;Plasticity;Mixture Theory;Aging of Polymeric Materials;Elasticity;Thermodynamics;Mathematical Modeling of the behavior of Materials;Mathematical modeling of Crystallization and Glass Transition of Polymeric materials;Continuum Mechanics;Viscoelasticity |
| Sanjay Kumar | CY | Computational Modeling of Organic reactions & their mechanistic Pathways;Development of Methodologies in ab initio Bound-State & Quantum Dynamics Calculations;Elementary Chemical Reactions, Ion/Electron-Molecule Collisions;Chemical Reaction Dynamics Beyond The Born-Oppenheimer Approx.;Theoretical Chemistry, Quantum Molecular Reaction Dynsmics |
| Mangala Sunder K | CY | Theoretical Spectroscopy:;High Resolution Molecular and Magnetic Resonance Spectra;Quantum Information Processing;Computational Chemistry |
| Bhyrappa P | CY | Bioinorganic and Supramolecular Chemistry;Materials chemistry of porphyrins and metalloporphyrins |
| Sankararaman S | CY | Organo Asymmetric Catalysis: Development of new organo catalysts and their applications in organic synthesis.;Modern Acetylene Chemistry: Synthesis of acetylenic macrocycles, cyclophanes and dendrimers. Synthesis of pyrene based novel fluorophores. Acetylene and arene based molecules for molecular electonics and photonics |
| Ranga Rao G | CY | Surface chemistry and spectroscopy;Solid state electrochemistry;Heterogeneous catalysis : new materials for catalysis and electrocatalysis, photocatalysis, environmental catalysis and energy storage applications;Materials chemistry: synthesis and applications of new layered-, hybrid-, porous- and nano-materials |
| Kesavan V | BT | Design and synthesis of novel privileged chiral ligands;Conferring drug-like properties on siRNAs;Design and synthesis of novel non-hydroxamate ligands against HDACs;Application of chemistry tools to explore biology;Increasing the stability of siRNAs through chemical modifications |
| Dhamodharan R | CY | Polymer Chemistry : Controlled Radical Polymerizations (ATRP, RAFT), Surface Modification of Flat and Nanoparticulate Surfaces, Biopolymer-Natural Materials Nanocomposite; Polymer Light Emitting Diodes; Electrochromic Polymers |
| Anju Chadha | BT | Enzyme Mechanisms;Biocatalysis;Biosensors;Biodiesel;Green Chemistry |
| Selvam P | CY | Nanostructured Materials; Heterogeneous Catalysis; Solid State and Surface Chemistry; Microporous and Mesoporous Molecular Sieves - Aluminosilicates, Aluminophosphates, Metal Oxides, Carbons; Functional Materials including Organic-Inorganic Hybrids; Fuel Cell, Hydrogen Storage, Superconductivity; Molecular Modeling |
| Sanjib Senapati | BT | Computational Biophysics;Structure Based Drug Discovery;Molecular Dynamics Simulations;Molecular Modeling; Green Chemistry - Ionic liquids and Supercritical CO2; Nanoparticles and Nanoclusters; In-vitro Studies |
| Dillip Kumar Chand | CY | Homogeneous catalysis: Mo(VI)-based compounds as mild and selctive catalysts for organic transformations;Supramolecular Chemistry: Metal driven self-assembly Pd(II) and nitrogen ligands, dyanmic aspects of the molecules;Nanoscience: Synthesis and functional (e.g. catalysis) aspects of metal nanoparticles |
This page was created on: Sunday 17th of February 2013 05:36:24 AM