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Density functional and ab initio modelling of spin-hamiltonian parameters in transition metal and lanthanide based complexes (R) by
Language: English
Publication details: Mumbai IIT 2015
Dissertation note: Thesis Ph.D. Indian Institute of Technology Bombay. Department of Chemistry. 2015
Availability: Items available for reference: Central Library, IITB: Not for loan (1)Call number: 043:541.486 Sin.

Synthetic and computational approach on novel transitional metal and 3d-4f molecular magnetic materials (R) by
Language: English
Publication details: Mumbai IIT 2016
Dissertation note: Thesis Ph.D. Indian Institute of Technology Bombay. Department of Chemistry. 2016
Availability: Items available for reference: Central Library, IITB: Not for loan (1)Call number: 043:541.486 Rad.

Computational approach for the estimation of exchange coupling constant and magnetic anisotropy in polynuclear transition metal and lanthanide complexes (R) by
Language: English
Publication details: Mumbai IIT 2016
Dissertation note: Thesis Ph.D. Indian Institute of Technology Bombay. Department of Chemistry. 2016
Availability: Items available for reference: Central Library, IITB: Not for loan (1)Call number: 043:541.139 Raj.

Density functional and ab initio modelling of spin-hamiltonian parameters in [4f], [4f-4f], [3d-4f], [2p-4f] and [2p-3d-4f] complexes (R) by
Language: English
Publication details: Mumbai IIT 2016
Dissertation note: Thesis Ph.D. Indian Institute of Technology Bombay. Department of Chemistry. 2016
Availability: Items available for reference: Central Library, IITB: Not for loan (1)Call number: 043:541.486 Gup.

Density functional and ab initio investigation on transition/lanthanide metal nanomagnets (R) by
Material type: Text Text; Format: print ; Literary form: Not fiction
Language: English
Publication details: Mumbai IIT 2018
Dissertation note: Thesis Ph.D. Indian Institute of Technology Bombay. Department of Chemistry 2018
Availability: Items available for reference: Central Library, IITB: Not for loan (1)Call number: 043:541.486:546.5/.9 Sin.