ZYOUD, Ahed H.; SAADEDDIN, Iyad; KHURDUJ, Sahar; MARI'E, Mu'Men; HAWASH ZAFER, M.; FAROUN MARYAM, I.; CAMPET, Guy; PARK, Dae-Hoon; HILAL, Hikmat S.

doi:10.1016/j.jelechem.2013.08.022

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ZYOUD, Ahed H.
College of Sciences

SAADEDDIN, Iyad
College of Sciences

KHURDUJ, Sahar
College of Sciences

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Journal of electroanalytical chemistry and interfacial electrochemistry. 2013, vol. 707, p. 117-121

Elsevier

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A new method to prepare CdS film electrodes, based on electrochemical deposition (ECD), followed by chemical bath deposition (CBD), is described. The ECD/CBD-CdS film electrodes combine the advantages of both ECD-CdS film (good adherence to FTO/glass substrate) and CBD-CdS film (suitable film thickness) together. The new ECD/CBD electrode showed higher photo-electrochemical (PEC) efficiency and stability than either ECD- or CBD-CdS film electrodes, especially after annealing. Inter-particle connection and uniformity of the ECD/CBD-CdS film were further enhanced by annealing. Consequently, the electrode PEC conversion efficiency and stability were enhanced. The combined preparation technique, followed by annealing, is potentially useful for future manufacturing of CdS and other film electrode systems.< Leer menos

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CdS film

Photo-electrochemical

Combined electrochemical/chemical bath deposition

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Combined electrochemical/chemical bath depositions to prepare CdS film electrodes with enhanced PEC characteristics

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