dr. lee tian khoon

pensyarah universiti

jabatan sains kimia

 tiankhoon@ukm.edu.my

No. sambungan :  0127279286

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Lee has a polymer chemistry background and his main research is polymer electrolyte, electrode, and nanomaterials for energy storage. Currently, he is involved in several battery projects (as well as dye-sensitized solar cell research) and teaching. Being an independent, dynamic, responsible, self-motivated, initiative and hard-working person, he is able to work independently in competitive environments and also within a team setting. He adopts never give up attitude and willing to learn, develop new skills and take up new challenges. Moreover, he has wide international exposure in research at Uppsala Universitet, Sweden, Japan Advanced Institute Science and Technology (JAIST), Japan, Cadi Ayyad University, Morocco and Gwangju Institute of Science and Technology, (GIST), South Korea during my study period. He also has the opportunity to meet Prof. Dr. M. Stanley Whittingham (recipient for The Nobel Prize in Chemistry 2020). On the academic perspective, he has a good number of publications in international and well-known journals. He also has experience in setting up a battery lab-scale as well as successfully obtained several fundings and grants as co-author. Notwithstanding, he received several awards and honors. The lastest is the "Merdeka Award Grant 2018", one of the most prestigious awards in Malaysia.

  • noor, s. a. m., chowpeng, w., dzulkipli, m.z., su'ait, m. s., tiankhoon, l., hassan, n.h..  (2021).  properties of gel polymer electrolyte based poly (vinylidine fluoride-co-hexafluoropropylene) (pvdf-hfp), lithium perchlorate (liclo4) and 1-butyl-3-methylimmidazoliumhexafluorophosphate [pf6].  - 7th international conference on solid state science and technology (icssst 2019).  434-439. 

     

    siti aminah mohd noor, lee tian khoon, mohd sukor suait, siow yook peng, loh kee shyuan, azizan ahmad.  (2021).  poly(vinyl alcohol) /n-methylene phosphonic chitosan /2-hydroxyethylammonium formate (pva-nmpc/2-heaf) membrane for fuel cell application.  - solid state phenomena.  440-446. 

     

    nur adiera hanna rosli, kee shyuan loh, wai yin wong, tian khoon lee, azizan ahmad.  (2021).  hybrid composite membrane of phosphorylated chitosan/ poly (vinyl alcohol)/silica as a proton exchange membrane.  - membranes.  1-31. 

     

    lee tian khoon.  (2021).  polymer electrolytes containing nano-material: an approach to achieve better electrochemical performances for rechargeable lithium ion.  - international virtual course 2020 basic and applied nanotechnology from computational to experimental methods.  1-38. 

     

    tian khoon lee, rassmus andersson, nurul akmaliah dzulkurnain, guiomar hernández, jonas mindemark, daniel brandell.  (2021).  polyester zro2 nanocomposite electrolytes with high li transference numbers for ambient temperature all solid state lithium batteries.  - batteries & supercaps.  653-662. 

     

    nur adiera hanna rosli, kee shyuan loh, wai yin wong, tian khoon lee, azizan ahmad.  (2021).  hybrid composite membrane of phosphorylated chitosan/ poly (vinyl alcohol)/silica as a proton exchange membrane.  - membranes.  1-31. 

     

    rawdah whba, mohd sukor suait, lee tian khoon, salmiah ibrahim, nor sabirin mohamed , azizan ahmad.  (2021).  free radical photopolymerization of acrylonitrile grafted onto epoxidized natural rubber.  - polymers.  1-25. 

     

    r. whba, m.s. su'ait, l. tiankhoon, s. ibrahim, n.s. mohamed, a. ahmad.  (2021).  acrylonitrile grafted epoxidized natural rubber (acn-g-enr): synthesis by in- situ uv curing technique and characterization as solid polymer electrolytes for lithium-ion rechargeable batteries.  - reactive and functional polymers.  1-17. 

     

    mariah zuliana dzulkifli, jamilah karim, azizan ahmad, nurul akmaliah dzulkurnain, mohd sukor sua'it, masahiro yoshizawa fujita, lee tian khoon, nur hasyareeda hassan.  (2021).  the influences of 1-butyl 3-methylimidazolium tetrafluoroborate on electrochemical, thermal and structural studies as ionic liquid gel polymer electrolyte.  - polymers.  1-17. 

     

    mariah zuliana dzulkipli, jamilah karim, azizan ahmad, nurul akmaliah dzulkurnain, mohd sukor su'ait , masahiro yoshizawa-fujita , lee tian khoon, and nur hasyareeda hassan.  (2021).  the influences of 1-butyl-3-methylimidazolium tetrafluoroborate on electrochemical, thermal and structural studies as ionic liquid gel polymer electrolyte.  - polymers.  1-17. 

     

    tian khoon lee, rassmus andersson, nurul akmaliah dzulkurnain, guiomar hernández, jonas mindemark, daniel brandell.  (2021).  polyester zro2 nanocomposite electrolytes with high li transference numbers for ambient temperature all solid state lithium batteries.  - batteries & supercaps.  653-662. 

     

    noor, s. a. m., chowpeng, w., dzulkipli, m.z., su'ait, m. s., tiankhoon, l., hassan, n.h..  (2021).  properties of gel polymer electrolyte based poly (vinylidine fluoride-co-hexafluoropropylene) (pvdf-hfp), lithium perchlorate (liclo4) and 1-butyl-3-methylimmidazoliumhexafluorophosphate [pf6].  - 7th international conference on solid state science and technology (icssst 2019).  434-439. 

     

    noor, s. a. m., chowpeng, w., dzulkipli, m.z., su'ait, m. s., tiankhoon, l., hassan, n.h..  (2021).  properties of gel polymer electrolyte based poly (vinylidine fluoride-co-hexafluoropropylene) (pvdf-hfp), lithium perchlorate (liclo4) and 1-butyl-3-methylimmidazoliumhexafluorophosphate [pf6].  - 7th international conference on solid state science and technology (icssst 2019).  434-439. 

     

    lee tian khoon, azizan ahmad, nur hasyareeda hassan.  (2020).  bateri ion litium: zirkonia dalam elektrolit polimer nanokomposit.  - 116. 

     

    lee tian khoon, azizan ahmad, nur hasyareeda hassan.  (2020).  bateri ion litium: zirkonia dalam elektrolit polimer nanokomposit.  - 116. 

     

    lee tian khoon.  (2021).  polymer electrolytes containing nano-material: an approach to achieve better electrochemical performances for rechargeable lithium ion.  - international virtual course 2020 basic and applied nanotechnology from computational to experimental methods.  1-38. 

     

    nadhratun naiim binti mobarak;azizan bin ahmad;mohd sukor bin su`ait;lee tian khoon;nurul akmaliah bt dzulkurnain.  (2020).  kesan pengubahsuaian panjang rantai alkil terhadap sifat terma dan elektrokimia karboksimetil kitosan.  -