S. Nair

发表

DEVELOPMENT AND CHARACTERISATION OF Ba2RENbO6 (RE = Yb, Er AND Ho) AND POTENTIAL USE AS SUBSTRATE FOR SUPERCONDUCTING YBCO FILMS

J. Koshy, P. Warriar, S. Nair, 2001 .

Ba2HoNbO6: A new perovskite ceramic substrate for superconducting YBa2Cu3O7−δ thick film (Tc(0) = 92 K)

J. Koshy, P. Warriar, S. Nair, 2003 .

Solid-source metal–organic molecular beam epitaxy of epitaxial RuO2

K. Mkhoyan, Dooyong Lee, B. Jalan, 2021, APL Materials.

Al and Ga diffusion barriers in molecular beam epitaxy

P. Cohen, A. Dabiran, K. Chen, 1993 .

Ba2ErNbO6: A new perovskite ceramic substrate for Bi(2223) superconducting thick films (Tc(0) = 110 K)

J. Koshy, P. Warriar, S. Nair, 2005 .

Superconducting Bi(2223) thick film on Ba2HoNbO6: a new perovskite ceramic substrate

J. Koshy, P. Warriar, S. Nair, 2003 .

Superconducting YBa2Cu3O7−δ thick film (Tc(0) = 92 K) on a newly developed perovskite ceramic substrate

J. Koshy, P. Warriar, S. Nair, 2002 .

Semi-metallic SrIrO3 films using solid-source metal-organic molecular beam epitaxy

R. Choudhary, Z. Yang, Dooyong Lee, 2022, APL Materials.