Tang, Y.M. and Ong, C.W, International Journal of Hydrogen Energy (accepted) “Analysis and improvement of cyclic stability of H2 sensing properties of Pd/Mg-Ni films”.
Tang, Y.M. and Ong, C.W, Solid State Ionics, 184, 88-91 (2011) “Stability of hydrogeninduced optical switching properties of palladium-coated magnesium-nickel films”.
Tang, Y.M. and Ong, C.W, Journal of Materials Research, 24, 1919-1927 (2009), “Sputtering pressure dependence of hydrogen-sensing effect of palladium films”.
Tang, Y.M. and Ong, C.W, Journal of Materials Research, 24, 1928-1935 (2009), “Roomtemperature hydrogen-induced resistivity response of Pd/Mg-Ni films”.
Tang, Y.M. and Ong, C.W, Applies Physics A-Materials Science & Processing, 91, 701-706 (2008), “Elemental and phase composition analysis of hydrogen-sensitive Pd/Mg-Ni films”.
Y.M. Tang and C.W. Ong, Smart Coatings, Orlando, Florida, USA, Feb 21-23, 2007. “Dependence of Switching Properties of Magnesium-nickel Films on the Thickness of Palladium Overlayer and Substrate Temperature”.
Y.M. Tang, Y.B. Chan and C.W. Ong,Mater. Res. Soc. Symp. Proc. 1042, 1042-S07-11 (2008). “Mechanisms for the variation of electrical resistivity of palladium films in hydridationdehydridation processes”.