Natarajan Ravi

Professor of Physics

Spelman College

Affiliations

Division of Natural Science and Mathematics

Physics

Natarajan Ravi is currently serving as a Division Of Natural Science And Mathematics Professor of Physics at Spelman College.

Honors

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Experiences

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Education

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Natarajan Ravi

Spelman College

Professor of Physics

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biochemistry biomolecular engineering biomolecules biopolymers biophysics applied physics biophysical chemistry graphene transition metal chemistry carbon mossbauer spectroscopy magnetism molecular biophysics protein structure membrane biology enzymes nanotechnology structural molecular biology biomolecular structure magnetic resonance biological macromolecules advanced functional materials quantum chemistry scientific computing computational physics molecular physics material chemistry molecular structure protein science molecule-based magnet ferromagnetism protein nmr structural integrity single molecule biophysics trace metals graphene-based nano-antennas atomic decomposition ab-initio methods hydrogen transition charge separation graphene quantum dot fe-chitosan complex magnetic study other biomolecules other metalloenzymes mossbauer study band gap opening slater-gaussian functions charge transfer electronic properties biological molecules fe-biopolymer complexes mossbauer characterization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Structural and Electronic Properties of Covalently Functionalized Graphene. Theoretical and computational chemistry (2022)

carbonelectronic propertiesmaterial chemistrychemistrygraphenefunctional materialsmolecular structurematerials sciencegraphene quantum dot

A Systematic Approach for Understanding Slater–Gaussian Functions in Computational Chemistry. Journal of Chemical Education (2013)

atomic decompositionphysicsmolecular modellingquantum chemistryscientific computingapplied mathematicscomputational chemistrycomputational physicstheoretical chemistryab-initio methodschemistryslater–gaussian functionsmolecular modelsdensity functional theory

Band Gap Opening in Methane Intercalated Graphene. Nanoscale (2012)

carbongraphene-based nano-antennasband gap openingnanotechnologyadvanced functional materialsgrapheneapplied physicsmaterials science

A 57Fe MöSsbauer Characterization of Fe-Biopolymer Complexes and Their Relevance to Biological Molecules. Springer eBooks (2007)

Subhash C. BhatiaBeatriz H. CardelinoNatarajan Ravi

biomoleculesprotein sciencebiological moleculesmossbauer spectroscopybiochemistrybiopolymerschemical biologytransition metal chemistryfe-biopolymer complexesmolecular biologymossbauer characterizationbiomolecular engineering

Dynamics and Charge Transfer of Hydrogen Interstitials in Zrcrfe0.5Co0.5. Acta Materialia (2006)

hydrogen transitioncharge transferphysicsmolecular physicsphysical chemistryhydrogen storagecharge separationapplied physicshydrogen

A MöSsbauer Study of the Interaction of Chitosan and D -Glucosamine With Iron and Its Relevance to Other Metalloenzymes. Biomacromolecules (2003)

Subhash C. BhatiaNatarajan Ravi

biophysicsbiological macromoleculesenzymesbiomoleculestrace metalsother metalloenzymesmossbauer spectroscopybiochemistrybiopolymersmossbauer studytransition metal chemistrybiophysical chemistrybiomolecular engineering

A Magnetic Study of an Fe−Chitosan Complex and Its Relevance to Other Biomolecules. Biomacromolecules (2000)

Subhash C. BhatiaNatarajan Ravi

molecule-based magnetferromagnetismbiomoleculesstructural molecular biologybiophysical chemistryfe-chitosan complexmagnetismmolecular biophysicsprotein nmrmagnetic studystructural integritybiomolecular structurebiochemistryprotein structuresingle molecule biophysicsbiophysicsother biomoleculesbiopolymersmembrane biologymagnetic resonancebiomolecular engineering