pensyarah universiti
institut sel fuel (selfuel)
No. Telefon Rasmi : 8534
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
Norazuwana Shaari currently works at the Fuel Cell Institute, National University of Malaysia. Norazuwana does focus on the research field including Biomembrane; Advanced Material; Photocatalyst; Polymer Technology, Renewable Energy; Fuel Cell
m.a. aminudin , s.k. kamarudin, b.h. lim, e.h. majilan, m.s. masdar n. shaari. (2023). an overview: current progress on hydrogen fuel cell vehicles. - international journal of hydrogen energy. 4371-4388.
nor fatina raduwan, norazuwana shaari, siti kartom kamarudin, mohd shabudin masdar, rozan mohamad yunus. (2022). an overview of nanomaterials in fuel cells: synthesis method and application. - international journal of hydrogen energy. 18468-18495.
zatil amali che ramli, norazuwana shaari, tengku shafazila tengku saharuddin. (2022). progress and major barriers of nanocatalyst development in direct methanol fuel cell: a review. - international journal of hydrogen energy. 22114-22146.
siti kartom binti kamarudin;sahriah binti basri;nabila binti a karim;azran bin mohd zainoodin;norazuwana binti shaari. (2022). synthesis and electro-chemical testing of bio-platinum from plant extract for application in fuel cell system. - . .
norazuwana binti shaari;siti kartom binti kamarudin. (2022). new hybrid polymer membrane sulfonated sodum alginate based with ternary conductive filler system (mmt/ago/cnt) for direct methanol fuel cell. - . .
m.a. aminudin , s.k. kamarudin, b.h. lim, e.h. majilan, m.s. masdar n. shaari. (2023). an overview: current progress on hydrogen fuel cell vehicles. - international journal of hydrogen energy. 4371-4388.
zatil amali che ramli, norazuwana shaari, tengku shafazila tengku saharuddin. (2022). progress and major barriers of nanocatalyst development in direct methanol fuel cell: a review. - international journal of hydrogen energy. 22114-22146.
nor fatina raduwan, norazuwana shaari, siti kartom kamarudin, mohd shabudin masdar, rozan mohamad yunus. (2022). an overview of nanomaterials in fuel cells: synthesis method and application. - international journal of hydrogen energy. 18468-18495.
norazuwana shaari | nor naimah rosyadah ahmad | raihana bahru | choe peng leo. (2022). ionic liquid-modified materials as polymer electrolyte membrane and electrocatalyst in fuel cell application: an update. - international journal of energy research. 2166-2211.
nik farah hanis nik zaiman; norazuwana shaari; nur ain masleeza harun. (2022). developing metal-organic framework-based composite for innovative fuel cell application: an overview. - international journal of energy research. 471-504.
m.a. aminudin , s.k. kamarudin, b.h. lim, e.h. majilan, m.s. masdar n. shaari. (2023). an overview: current progress on hydrogen fuel cell vehicles. - international journal of hydrogen energy. 4371-4388.
zatil amali che ramli, norazuwana shaari, tengku shafazila tengku saharuddin. (2022). progress and major barriers of nanocatalyst development in direct methanol fuel cell: a review. - international journal of hydrogen energy. 22114-22146.
norazuwana shaari | nor naimah rosyadah ahmad | raihana bahru | choe peng leo. (2022). ionic liquid-modified materials as polymer electrolyte membrane and electrocatalyst in fuel cell application: an update. - international journal of energy research. 2166-2211.
nor fatina raduwan, norazuwana shaari, siti kartom kamarudin, mohd shabudin masdar, rozan mohamad yunus. (2022). an overview of nanomaterials in fuel cells: synthesis method and application. - international journal of hydrogen energy. 18468-18495.
nur ain masleeza harun, norazuwana shaari. (2022). a review on sulfonated poly (ether ether ketone) based membrane in direct borohydride fuel cell applications. - international journal of energy research. 17873-17898.
norazuwana shaari. (2021). recent advances in renewable energy technologies volume 1. - . 41.
norazuwana binti shaari;siti kartom binti kamarudin. (2022). new hybrid polymer membrane sulfonated sodum alginate based with ternary conductive filler system (mmt/ago/cnt) for direct methanol fuel cell. - . .
nurul akidah baharuddin et al. (rujuk salinan kertas untuk senarai lengkap penulis). (2022). fuel cell system - stationary backup power solution for telecommunication sites. - . 1-35.
siti kartom binti kamarudin;sahriah binti basri;nabila binti a karim;azran bin mohd zainoodin;norazuwana binti shaari. (2022). synthesis and electro-chemical testing of bio-platinum from plant extract for application in fuel cell system. - . .
mohd shahbudin mastar @ masdar et al. (rujuk salinan kertas untuk senarai lengkap penulis). (2022). fuel cell system - general operational and safety requirements. - . 1-32.
yusra nadzirah yusoff, norazuwana shaari. (2022). membran pertukaran proton bersuhu tinggi. - majalah sains. 1-5.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| DEVELOPMENT AND FABRICATION OF HIGH EFFICIENCY ACTIVE DIRECT METHANOL FUEL CELL WITH IMPROVED MICRO-POROUS LAYAR VIA TITANIUM OXIDE-GRAPHENE OXIDE TO REDUCE FUEL CROSSOVER | myenergy sdn bhd | 17.1% (2022-10-01 sehingga 2024-09-30) |
| THE POTENTIAL OF PTRU/TIO GRAPHENE AEROGEL AS ANODIC CATALYST TO IMPROVE THE METHANOL OXIDATION REACTION IN DIRECT METHANOL FUEL CELL | malaysia green technology and climate change center | 71.3% (2021-09-01 sehingga 2023-08-31) |