Photocurrent Spectroscopy (PCS) has gained a large consideration in the last decades as in situ technique for the characterization of semiconductors and photoconducting passive film/electrolyte junctions being able to provide information on the location of characteristic energy levels like: flat band potential (Ufb), internal photoemission threshold (Eth) and band gap value (Eg)
Di Quarto, F., Di Franco, F., Santamaria, M. (2015). A Chemical Approach to the Modelling of Band Gap of Passive Films for Corrosion Studies. In Multiscale Analysis of Electrochemical Systems: 17th Topical Meeting of the International Society of Electrochemistry.
A Chemical Approach to the Modelling of Band Gap of Passive Films for Corrosion Studies
DI QUARTO, Francesco;DI FRANCO, Francesco;SANTAMARIA, Monica
2015-01-01
Abstract
Photocurrent Spectroscopy (PCS) has gained a large consideration in the last decades as in situ technique for the characterization of semiconductors and photoconducting passive film/electrolyte junctions being able to provide information on the location of characteristic energy levels like: flat band potential (Ufb), internal photoemission threshold (Eth) and band gap value (Eg)
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