Dr Bidhan Chandra Rai

1. Probe dependence of  electric field gradient in Indium

Proc. DAE solid state symposium, BARC

30 C

128

1987

1. Model calculation of efg in tcp metals

DAE solid state symposium, Madras

1989

1. A Charge shift model for calculating electric field gradient in tetragonal close packed metals

Hyperfine interactions, Netherlands

52(2)

97-106

1989

1. Model calculation of EFG

Indian Science Congress symp.

Part iv

79

1992

1. Model calculation of B-vectors for EFG in hcp metals

Indian Science Congress

Late abstract

—

1993

1. Quantum statistical charge distribution in hcp metals

Physics education

11(4)

406-411

1995

1. Quantum statistical charge distribution in tcp metals

2 Bihar Science Congress SOUVENIR

G1.26

11

2007

1. A model calculation of cohesive energy of hcp metals

J P S(issn 0975-5519)

2(1)

159-162

2010

1. Cohesive energy calculation for hcp transition metals

J P S(issn0975-5519)

2(2)

35-38

2010

1. Spin relaxation in rare earth salt Holmiumand dysprosium ethyl sulphates

Indian Journal of Theoretical Physics

60(4)

279-284

2012

1. Synthesis and characterization of Copper substituted cobalt ferrite nanoparticles

International Journal of Advanced Materials Science(issn 2231-1211)

3(2)

71-76

2012

1. Point asymmetry in charge shift model for electric field gradient in TCP metals

International Journal of Physics and Application (issn 0974-3103)

5(1)

25-32

2013

1. Electric quadrupole moment of nuclei in TCP metals

I J  A P(issn 2249-3174)

9(1)

51-56

2013

1. Electric field gradient in stannum –II

International Journal of Physics and Application (issn 0974-3103)

5(1)

33-39

2013

1. Some inadequacies  in theories of dilute magnetic semiconductors

I J  A P(issn 2249-3174)

5(1)

1-5

2014

1. STUDY of ferrite magnetic nanoparticles and possible applications

6 bihar science conference, abstract

abstract

57

2014

1. Electric quadrupole moment of nucleus in Indium metal

International Journal of Physics and Application (issn 0974-3103)

6(1)

81-86

2014

1. A quantum statistical calculation of Electric field gradient inIndium

I J  A P(issn 2249-3174)

4(1)

21-28

2014

1. Phase space based charge distribution in tcp metals and numerical calculation for Indium

International Journal of Physics and Application(issn 0974-3103)

6(1)

71-76

2014

1. Nucleation and growth issues of nanophase Zn-oxide DMS

International Journal of material Sciences and technology(issn 2249-3077)

5(1)

1-4

2015

1. Effective gravitational mass of Ayon-Beato and Garcia metric

Modern physics Letters A

30(25)

15520(12 pages)

2015

1. A quantum statistical calculation of nuclear quadrupole moment in metallic Zinc

IJSR(2329-7064)

5(1)

489-491

2016

1. Meso-spin crystallites for New Electronics

SOJ Material Science and Engineering, USA

4(1)

1-5

2016

1. Temperature dependence of EFG  in tcp metals

International Journal of Science and Research

5(10)

1876-1881

2016

1. Quantum dots for waste water: A future purifier

International Journal of Advanced Research in Engg and Technology

9(1)

93-99

2018

1. Quantum confinement in Cadmium Sulfide semiconductor

International Journal of Advanced Research in Engg and Technology

9(2)

1-9

2018

1. Quantum Dot confined CdSe semiconductor

International Journal of Advanced Research in Engg and Technology

9(1)

100-106

2018