Water splittıng through Pb/PbO cycle

Date

2018-03-15

Author

Oğulgonen, Celal Güvenç
Çalışan, Atalay
Üner, Deniz
Kıncal, Serkan

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Water splitting through Pb/PbO cycle Çalışan, Atalay; Oğulgonen, Celal Güvenç; Üner, Deniz; Kıncal, Serkan (null; 2018-03-15)
WATER-ADSORPTION ON THE SI(110) SURFACE ALHAYEK, I; Katırcıoğlu, Şenay (1993-04-20) In this work, a number of density of states calculations are carried out to investigate the adsorption forms of H2O on Si(110). The TDOS calculated by the empirical tight binding method lead to a dissociative type of adsorption of H2O on Si(110) and not to molecular adsorption.
Water distribution network design by partial enumeration Keleş, Gültekin; Merzi, Nuri; Department of Civil Engineering (2005) Water distribution networks are being designed by traditional methods based on rules-of-thumb and personal experience of the designer. However, since there is no unique solution to any network design, namely there are various combinations of pipes, pumps, tanks all of which satisfy the same pressure and velocity restrictions, it is most probable that the design performed by traditional techniques is not the optimum one. This study deals how an optimization technique can be a useful tool for a designer durin...
Water measurement at farm turnouts. Unutmaz, Orhan Zeki; Department of Civil Engineering (1968)
Water adsorption on the stepped Si(110) surface Katırcıoğlu, Şenay (Wiley, 1996-07-01) We have investigated the possible water adsorption forms on the stepped Si(110) surface. Calculations have been performed by using the empirical tight-binding method. Two types of adsorption model of water on a single layer stepped Si(110) surface have been considered, one of them is the dissociative type (H, OH) and the other one is the molecular type (H2O). The total electronic energy and TDOS calculations lead to a dissociative type of water adsorption on the stepped Si(110) surface excluding the molecul...

Citation Formats

C. G. Oğulgonen, A. Çalışan, D. Üner, and S. Kıncal, “Water splittıng through Pb/PbO cycle,” 2018, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/81191.