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TitleAuthor(s)SourcePage(s)
Computational modeling of novel donor-acceptor ternary copolymers: Some interesting resultsThakral, Priyanka; Bakhshi, A KIJC-A Vol.54A(09) [September 2015]1069-1075
Electro-active ternary copolymer design using genetic algorithmKaur, Avneet; Bakhshi, A KIJC-A Vol.50A(01) [January 2011]9-14
In silico architecturing of novel hetero-aromatic bicyclic copolymers using particle swarm optimization algorithmThakral, Priyanka; Kapoor, Vinita; Bakhshi, A KIJC-A Vol.53A(01) [January 2014]9-16
Designing novel donor-acceptor copolymers using genetic algorithmArora, Vinita; Bakhshi, A KIJC-A Vol.50A(11) [November 2011]1555-1561
Molecular engineering of novel low band gap conducting polymersBakhshi, A K; Kaur, Avneet; Arora, VinitaIJC-A Vol.51A(01-02) [January-February 2012]57-68
In-silico engineering of intrinsically conducting copolymers using particle swarm optimization algorithmThakral, Priyanka; Arora, Vinita; Kukreti, S; Bakhshi, A KIJC-A Vol.52A(03) [March 2013]317-326
Theoretical studies on model Type II staggered conducting superlatticesAgrawal, Swati; Bakhshi, A KIJC-A Vol.49A(02) [February 2010]151-158
Novel triblock conducting copolymer: A theoretical studyAgrawal, Swati; Bakhshi, A KIJC-A Vol.49A(11) [November 2010]1453-1460
Investigation of electronic structures of model polypeptide chains using genetic algorithmArora, Vinita; Bakhshi, A KIJC-A Vol.49A(01) [January 2010]18-25
Designing of novel donor-acceptor-donor framework based low band gap copolymers using an artificial intelligence approachThakral, Priyanka; Bakhshi, A KIJC-A Vol.54A(01) [January 2015]9-19