1. Effect of crystal anisotropy on superconductivity in Zinc S.P.Tewari and Paramjeet Kaur Gumber ,Physica C 160, 545 (1989).
2. Superconductivity in Zinc at high pressure S.P.Tewari and Paramjeet Kaur Gumber, J.Phys.: Condensed Matter 1,6307 (1989).
3. Effect of fractons in strongly coupled superconductors S.P.Tewari and Paramjeet Kaur Gumber,Phys.Rev. B 41 ,2619 (1990).
4. Effect of thermal phonons and two dimensional acoustic plasmons on superconductivity in Y Ba2 Cu3 O7 , S.P.Tewari and Paramjeet Kaur Gumber ,Physica C 167,307 (1990).
5. Effect of anisotropic phonons and planer acoustic plasmons on superconductivity in lanthanum cuprates SP Tewari and Paramjeet Kaur Gumber ,Physica. C 168, 647(1990).
6. Effect of plasmons on the critical temperature of lanthanum and yttrium based high temperature supercondutors. S.P.Tewari and Paramjeet Kaur Gumber, Physica. C 171,147 (1990).
7. Effect of anisotropic phonons on superconductivity S.P.Tewari and Paramjeet Kaur Gumber , Physica C 171,51 (1990).
8. Isotope Effect in Strongly Coupled High Temperature Superconductors in the presence of Electron-Plasmon Interaction S.P.Tewari , Poonam Silotia and Paramjeet Kaur Gumber, IETE Journal of Research 45, 185 (1999).
9. “Superconducting critical temperature and isotope effect in the presence of electron –phonon, electron-paramagnon and electron-electron interactions in rhodium” Paramjeet Kaur Gumber Bedi Physica C:Superconductivity and its applications,596,1354049 (2022).
10. “Numerical simulations of PbS colloidal quantum dots solar cell with ZnO: PEIE-based electron transport layer”,J Madan,A Khanna ,P K G Bedi, R Gautam and R Pandey, Indian J. Phys.12648, 02354 (2022).
11 “Superconductivity in rhodium” S P Tewari and Paramjeet Kaur Gumber Bedi ,Pramana-J.Phys.96:143 (2022).
12. "Photoanode modified with nanostructures for efficiency enhancement in DSSC:a review", Yogesh kumar, Tushar Chhalodia,Paramjeet Kaur Gumber Bedi,P L Meena ,Carbon Letters (2022)
|