Dr. Kandasamy Jeyakumar
(Feb 2008)
Thesis: Molybdenum(VI) based catalysts in organic transformations.
(Feb 2008)
Thesis: Molybdenum(VI) based catalysts in organic transformations.
(Nov 2009)
Thesis: Self-assemblies of palladium(II) and pyridine based bidentate ligands: synthesis, characterization and properties.
(July 2010)
Thesis: Synthesis, characterization and applications of azamacrocycle stabilized palladium and silver nanoparticles.
(Feb 2011)
Thesis: Dynaimcs of palladium(II) and pyridine based self-assembled coordination compounds.
(July 2014)
Thesis: Sulfoxidation Recations catalysed by mononuclear oxomolybdenum complexes.
(July 2014)
Thesis: Self-assembly of self-assembled palladium(II) or platinum(II) based coordination cages.
(June 2015)
Thesis: Synthesis, self-assembly and applications of hexaazamacrocycle capped gold nanoparticles.
(March 2016)
Thesis: Palladium(II) driven self-assembled coordination cages emerged from dynamic domains.
(March 2016)
Thesis: Palladium nanoparticles catalysed Suzuki and Sonogashira Transformations.
(Aug 2016)
Thesis: Self-assembled palladium(II) complexes as tectons in crystal engineering.
(Aug 2017)
Thesis: Self-assembled helicates from cis-protected palladium(II) components and 1,2,3-triazole appended bidentate ligands.
(Aug 2017)
Thesis: Palladium(II) based homo/heteroleptic coordination cages: Bi, tri, tetra, penta and hexanuclear architectures
(April 2018)
Thesis: Palladium(II) based self-assembled coordination complexes: Consequences of supramolecular interactions.
(Nov 2018)
Thesis: Self-assembled coordination complexes from palladium(II) components and urea spacered pyridine appended bi or tridentate ligands.
(Aug 2019)
Thesis: Homo- and heteroleptic palladium(II) based multicavity coordination cages.
(May 2021)
Thesis: Synthesis, characterization and applications of copper-based micro- and nano-materials.
(Feb 2022)
Thesis: Molybdenum based metallomicellar catalysts for conversion of feedstock materials to platform chemicals in aqueous medium.
(September 2022)
Thesis: Towards the making of mixed ligated self-assembled coordination architectures via integrative self-sorting.
(Dec 2022)
Thesis: Palladium(II)-based single/multicavity coordination cages of lower symmetry.
(April 2024)
Thesis: High-affinity anion binding coordination cages and structure-property relationship.
(October 2024)
Thesis: Modular synthesis of palladium(II)-based mixed-ligated multi-cavity coordination cages.
Thesis: Chemo and diastereoselective hydrogen transfer reactions catalyzed on palladium nanoparticles
(May 2016)
Thesis: Group 4 complexes of [NNO], [OO] and [NO]-type donor ligands: Synthesis, structural characterization and polymerization studies
(Sep 2016)
Thesis: Ring opening homo and copolymerization studies using group 4 metal complexes containing benzotriazole and benzoxazole
(June 2022)
Thesis: Synthesis and reactivity of cobalt(II) complexes of alkyl carboxylate-appended bis[(2-pyridyl)alkyl]amines
(June 2024)
Thesis: Exploring nanoconfinement effect using prismatic and cuboid coordination architecures
(2004)
(2005)
(2006)
(2007)
(2008)
(2008)
(2009)
(2009)
(2010)
(2011)
(2012)
(2012)
(2013)
(2014)
(2015)
(2016)
(2017)
(2018)
(July 2023)
(2007-2008, 2008-2009)
(June 2008-Sep 2008)
(Aug 2011-July 2012)
(Aug 2011-Nov 2013)
(July 2013-July 2014, Nov 2014-Nov 2017)
(Aug 2013-July 2014)
(Aug 2016-Dec 2017)
(July 2016-April 2018)
(July 2016-July 2019)
(Sep 2018-Aug 2019)
(2006)
(NIT Rourkela)
(2006)
(Pondicherry University)
(2007)
(Madurai)
(2009)
(VIT, Vellore)
(2009)
(NIT, Rourkela)
(2010)
(Thiagarajar College, Madurai)
(2012)
(Madurai Kamaraj University)
(2014)
(Delhi University)
(2015)
(Sambalpur University)
(2016)
(Sambalpur University)
(2017)
(NIT Surathkal)
(2017)
(Sambalpur University)
(2018)
(Anna University)
(2022)
(Stella Maris College)
(June 2015- Sept 2015)
(Mar 2019)
(April 2019)
(Jan 2021)
This research interests include various aspects of Supramolecular Coordination Chemistry. A molecular star prepared by our group made the list of “Molecules of the Year 2017” as adjudicated by ACS – C&EN.
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