abdullah abdul samat, muhammad syafiq amsyar ahmad pisor, meor ahmad faris meor ahmad tajudin, mohd al-hafiz mohd nawi, murizam darus, nafisah osman, nurul akidah baharuddin.  (2020).  phase formation and microstructure analyses of la0.6sr0.4coo3-d-bace0.54zr0.36y0.1o2.95 composite material prepared by solid state mixing method.  - international conference on sustainable materials (icosm 2020).  1-7. 

wan nor anasuhah wan yusoff, nurul akidah baharuddin*, mahendra rao somalu, andanastuti muchtar, abdullah abdul samat.  (2020).  a short review on selection of electrodes materials for symmetrical solid oxide fuel cell.  - iop conf. series: materials science and engineering.  1-5. 

abdullah abdul samat, siti hajar alias, murizam darus, mahendra rao somalu, nurul akidah baharuddin, nafisah osman.  (2020).  thermal decomposition, phase formation and microstructure analysis of surfactant assisted sol-gel derived la0.6sr0.4coo3-d material.  - iop conference series: earth and environmental science.  1-6. 

wan nor anasuhah wan yusoff, nur wardah norman, abdullah abdul samat, mahendra rao somalu, andanastuti muchtar and nurul akidah baharuddin.  (2019).  performance of lico0.6zn0.4o2 as a potential cathode material candidate for intermediate solid oxide fuel cell application.  - iop conference series: earth and environmental science.  1-6. 

abdullah abdul samat, mahendra rao somalu, andanastuti muchtar, nurul akidah baharuddin and nafisah osman.  (2019).  optimisation of screen-printed la0.6sr0.4coo3-d cathode film for intermediate temperature proton-conducting solid oxide fuel cell application.  - iop conference series: earth and environmental science.  1-6. 

nurul akidah baharuddin, wan nor anasuhah wan yusoff, andanastuti muchtar, mahendra rao somalu, abdullah abdul samat, mustafa anwar.  (2019).  influence of layer numbers on the structural and electrical performance of cobalt-free srfe0.5ti0.5o3-d cathode for ntermediate-temperature solid oxide fuel cell application.  - iop conference series: earth and environmental science.  1-5.