dr. lau kam sheng

penyelidik pasca doktoral

jabatan fizik gunaan

 kamshenglau@gmail.com

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • PENYELIDIK PASCA DOKTORAL

  • azima azmi, kam sheng lau, siew xian chin, poi sim khiew, sarani zakaria, chin hua chia.  (2021).  zinc oxide filled polyvinyl alcohol cellulose nanofibril aerogel nanocomposites for catalytic decomposition of an organic dye in aqueous solution.  - cellulose.  2241-2253. 

     

    nurul hazwani aminuddin rosli, kam sheng lau, tan winie, siew xian chin, chin hua chia.  (2021).  microwave-assisted reduction of graphene oxide for an electrochemical supercapacitor: structural and capacitance behavior.  - materials chemistry and physics.  1-7. 

     

    fang sheng lim, sin tee tan, yuanmin zhu, jhih-wei chen, bao wu, hao yu, jung-mu kim, riski titian ginting, kam sheng lau, chin hua chia, hengan wu, meng gu, wei sea chang.  (2020).  tunable plasmon-induced charge transport and photon absorption of bimetallic au-ag nanoparticles on zno photoanode for photoelectrochemical enhancement under visible light.  - journal of physical chemistry c.  14105-14117. 

     

    azima azmi, kam sheng lau, siew xian chin, poi sim khiew, sarani zakaria, chin hua chia.  (2021).  zinc oxide filled polyvinyl alcohol cellulose nanofibril aerogel nanocomposites for catalytic decomposition of an organic dye in aqueous solution.  - cellulose.  2241-2253. 

     

    nurul hazwani aminuddin rosli, kam sheng lau, tan winie, siew xian chin, chin hua chia.  (2021).  microwave-assisted reduction of graphene oxide for an electrochemical supercapacitor: structural and capacitance behavior.  - materials chemistry and physics.  1-7. 

     

    fang sheng lim, sin tee tan, yuanmin zhu, jhih-wei chen, bao wu, hao yu, jung-mu kim, riski titian ginting, kam sheng lau, chin hua chia, hengan wu, meng gu, wei sea chang.  (2020).  tunable plasmon-induced charge transport and photon absorption of bimetallic au-ag nanoparticles on zno photoanode for photoelectrochemical enhancement under visible light.  - journal of physical chemistry c.  14105-14117.