​Crystal Engineering approach to design new nano-photo/electrocatalyst using supramolecular hydrogen bonded materials, act as an efficient electrocatalyst, even better than graphene.
CONTACT INFORMATION
Supramolecular Nanomaterials Laboratory
(C3H3 LAB)
Clear Head, Clever Hand and Clean Habit
List of Courses
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M.Sc.
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(MCT2212) “Principles of Inorganic Chemistry”.
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(MCP2216) “Estimation of metals present in alloy/mixture”.
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(MCH2232) “Chemistry of d and f block elements”.
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(MCH2237) “Nanoscience and Nanotechnology and their Applications”.
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(MCPR2239) “Project I on photocatalytic degradation of dye by using metal complex”.
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B.Sc.
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(CHM23CO41) “Coordination Chemistry”.
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(CHM23CO22) “Laws of Thermodynamics, Chemical and Ionic Equilibrium”.
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(CHM1813) “States of Matter & Ionic Equilibria”.
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(CHM1835) “Food Chemistry & Analysis”.
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(CHME1858) “Material Science and Nanotechnology”.
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(CHM1861) “Organometallic Compounds”.
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(CHM1866) “Analytical Methods in Chemistry”.
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(CHM1834) “Inorganic Quantitative Estimation”.
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(CHM1844) “Laboratory course on methods and Synthesis in organic chemistry”.
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(CHM1855) “Green Chemistry”.
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(CHM1856) “Laboratory Course in inorganic and analytical chemistry”.
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B.Tech.
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(BSC 102) “Engineering Chemistry”.
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(BSC 102P) “Chemistry Practical”.
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(BSC 302) “Environmental Science”.
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(CH 301) “Environmental & Elementary Biology”.