#1
28th August 2017, 12:33 PM
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Department of Applied Chemistry Cochin University of Science and Technology
I have taken admission in M. Tech. Industrial Catalysis Program offering by Department of Applied Chemistry of Cochin University of Science and Technology. I am looking to get list of all Faculty Members of this Department. So do you know what should I do to get list of Faculty Members of Department of Applied Chemistry of Cochin University of Science and Technology?
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#2
28th August 2017, 12:38 PM
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Re: Department of Applied Chemistry Cochin University of Science and Technology
The Department of Applied Chemistry of Cochin University of Science and Technology was established in 1976. It offers several courses. Courses are: M.Sc. Applied Chemistry M.Phil. Chemistry M.Tech. Industrial Catalysis Ph.D. As you want list of Faculty Members of this Department, so here is list: List of Faculty Members of Department of Applied Chemistry of CUCAT Dr. M.R. Prathapachandra Kurup Dr. S. Sugunan Dr. K. Girish Kumar Dr. Prathapan Sreedharan Dr. P.V. Mohanan Dr. P. A. Unnikrishnan Dr. K. K. Mohammed Yusuff Dr. K. Sreekumar Dr. P.M. Sabura Begum Dr. Manoj. N Here I am giving curriculum of M. Tech. Industrial Catalysis Program for your reference: CUCAT M. Tech. Industrial Catalysis Program Curriculum Semester I CHE 3101 Surface Chemistry and Catalysis CHE 3102 Catalyst Technology - I CHE 3103 Physical Methods In Catalysis CHE 3104 Chemical Reaction Engineering CHE 3105 Enzyme Catalysis CHE 3106 Electrocatalysis CHE 3107 Introduction to IPR: Patent Law and Practice (Interdepartmental Elective) CHE 3108 Lab course CHE 3109 Viva voce (End Semester) Semester II CHE 3201 Surface Characterization Techniques CHE 3202 Catalysis by Metal Complexes CHE 3203 Catalyst Technology - II CHE 3204 Industrial Catalytic Processes CHE 3205 Phase Transfer Catalysis CHE 3206 Polymer Supported Catalysis CHE 3207 Photocatalysis CHE 3208 Lab course CHE 3209 Viva voce (End Semester) Semester III CHE 3301 Project progress evaluation Semester IV CHE 3401 Project Dissertation evaluation & Viva voce CHE 3101 SURFACE CHEMISTRY& CATALYSIS UNIT I The solid - liquid interface - surface energy from solubility changes - surface energy from immersion,- contact angle - contact angle hysterisis - experimental methods and measurement of contact angle - theories of contact angle phenomena - adsorption of non-electrolytes from dilute solutions - irreversible adsorption- adsorption in binary liquid systems - adsorption of electrolytes. UNIT II The solid - gas interface - surface area of solids - structure and chemical nature of solid surfaces - nature of the solid adsorbate complex - adsorption of gases and vapours on solids - adsorption time - Langmuir adsorption isotherm - the BET and related isotherms - isotherms based on equation of state of the adsorbed films - potential theory - phase transformations in the multiplayer region - thermodynamics of adsorption - critical comparison of various models for adsorption. UNIT III Physical adsorption on heterogeneous surfaces - rate of adsorption - adsorption on porous solids: hysterisis - chemisorption and catalysis - chemisorption isotherms - kinetics of chemisorption - surface mobility - chemisorption bond - heterogeneous catalysis - transition state theory - specificity and selectivity in catalysis - catalytic activity and strength of chemisorption - Langmuir- Hinshelwood and Eley-Rideal mechanism - electronic factors in catalysis by metals - geometric factors in heterogeneous catalysis. UNIT IV Chemical dynamics at surfaces - inelastic collision and trapping - the sticking coefficient - physisorbed molecules - molecule migration, desorption and transition to chemisorbed state - accommodation coefficients - energy exchange at surface - cube models. Precursor theory of chemisorption - sticking probability curves - their temperature dependence. Desorption - analysis of desorption curves - kinetics of adsorption and desorption. UNIT V Dynamics of selective catalysis- catalyst selectivity -kinetic method of estimating selectivity in consecutive reactions - localized and mobile adsorption of the intermediate product - effect of pore size on catalyst selectivity - poly-functional catalysis -inter-particle space and through gas phase - simplified criteria for negligible resistance to mass transfer - selectivity of poly-functional catalysis. CUCAT M. Tech. Industrial Catalysis Program Curriculum Last edited by pawan; 28th August 2017 at 01:03 PM. |
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