Role of Na in reaction pathways and kinetics of CuInSe2 formation from stacked binary precursors
SC Kim, H Park, EW Lee, JS Han, SH Lee, CW Jeon… - Thin Solid Films, 2011 - Elsevier
Binary stacked In2Se3/CuSe precursors were prepared onto substrates with different types
of sodium (Na) sources, ie, soda-lime glass (SLG), sodium-free glass (SFG), SFG with Na-
doped Mo layers (Mo: Na), in a co-evaporation system. SIMS depth profiles for In2Se3
precursors deposited at 400° C demonstrated that the different amounts of Na diffused out of
each Na source. High-temperature XRD experiments revealed that there was no significant
effect of Na on the reaction path of CuInSe2 formation from In2Se3/CuSe stacked precursor …
of sodium (Na) sources, ie, soda-lime glass (SLG), sodium-free glass (SFG), SFG with Na-
doped Mo layers (Mo: Na), in a co-evaporation system. SIMS depth profiles for In2Se3
precursors deposited at 400° C demonstrated that the different amounts of Na diffused out of
each Na source. High-temperature XRD experiments revealed that there was no significant
effect of Na on the reaction path of CuInSe2 formation from In2Se3/CuSe stacked precursor …
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