Profile

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Dr.Swati Midda

Faculty Since: 01-12-2006
Full Name Dr.Swati Midda
Designation Associate Professor
Department Physics - Day
Gender Female
Date of Joining in WBCSC 01-12-2006
Date of Joining in this College 01-12-2006

College Served

College Name From To Experience
S. A.Jaipuria College Dec, 2006 Till Date -

Teaching Experience

UG Experience PG Experience
17 Years 4 Months
UG or PG College Name From To Duration
UG S. A. Jaipuria College Dec, 2006 Till Date -

Area of Expertise

Expertise
Molecular Spectroscopy

Publication: Research Papers in International Journals

Year/ Month Title Name of Journal Volume & Page No. Authors ISSN No Indexing (Scopus/ SCI/ Web of Science) Indexing Year UGC Approved UGC Approved Year Impact Factor h-index Documents
Dec, 2018 Journal of Physical Sciences Implementation of an All-Optical Time-Domain Multiplexing and Demultiplexing Scheme Exploiting Material Nonlinearity and Polarization Encoded Light Signal 23,201 Swati Midda 2350-0352 Yes 2019 0.265
Jul, 2005 Ab initio study of spectroscopic properties of CuO− and CuS− Journal of Molecular Structure: THEOCHEM 725,251 S. Midda, N.C. Bera, I. Bhattacharyya, A.K. Das 0166-1280 Yes 2019 3.8
Jan, 2005 Spectroscopic properties of molecular anions of astrophysical and laboratory interest Journal of Molecular Structure: THEOCHEM 713,101 S. Midda, A.K. Das 0166-1280 Yes 2019 3.8
Mar, 2004 Spectroscopic constants and molecular properties of diatomic carbides Journal of Molecular Spectroscopy 224,1 S Midda, A.K Das 0022-2852 Yes 2019 1.4
Nov, 2003 Theoretical study of spectroscopic constants and molecular properties of diatomic anions using B3LYP method Journal of Molecular Structure: THEOCHEM 640,183 S Midda, A.K Das 0166-1280 Yes 2019 3.8
Nov, 2003 Molecular properties of selected diatomic molecules of astrophysical interest The European Physical Journal D - Atomic, Molecular, Optical and Plasma Physics 27,109 S. Midda & A. K. Das 1434-6060 Yes 2019 1.8

Study Materials available in Learning Management System

SlNo Title Description
1 Magnetostatic field
2 Magnetic vector potential