prof. madya ts. dr. nurul shazana binti abdul hamid

pensyarah universiti

jabatan fizik gunaan

No. Telefon Rasmi :  0389215914

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Nurul Shazana Abdul Hamid is a senior lecturer in the Department of Applied Physics, Faculty of Science Technology at Universiti Kebangsaan Malaysia. She obtained both her BSc (2008) and MSc (2010) in Physics from Universiti Kebangsaan Malaysia. She received her PhD (2014) in Space and Earth Electromagnetism from Kyushu University, Japan with a dissertation on the equatorial electrojet current measured based on ground-based magnetometers. Her current research interest centered around geomagnetic field data application, space weather and ionospheric studies.

  • nur izzati mohd rosli, nurul shazana abdul hamid, aimi azizan, idahwati sarudin, mardina abdullah, kornyanat hozumi.  (2022).  epb occurrence in southeast asian sector based on solar activity level and season over solar cycle 24.  - jurnal fizik malaysia.  10151-10156. 

     

    nur izzati mohd rosli, nurul shazana abdul hamid, mardina abdullah, khairul adib yusof, akimasa yoshikawa, teiji uozumi, babatunde rabiu.  (2022).  the variation of counter-electrojet current at the southeast asian sector during different solar activity levels.  - applied sciences.  1-11. 

     

    khairul adib yusof, mardina abdullah, nurul shazana abdul hamid, suaidi ahadi, essam ghamry.  (2022).  statistical global investigation of pre-earthquake anomalous geomagnetic diurnal variation using superposed epoch analysis.  - ieee transactions on geoscience and remote sensing.  1-13. 

     

    nurul shazana binti abdul hamid;mardina bt. abdullah;wan mohd aimran bin wan mohd kamil.  (2022).  identification of stratospheric quasi biennal oscillation impact on equatorial electrojet current .  -

     

    idahwati sarudin, nurul shazana abdul hamid, mardina abdullah, fatin nur syakirah mohd rusli, yuichi otsuka, kazuo shiokawa, clara yatini, siramas komonjinda, ekkarach somboon.  (2022).  variations of zonal wind velocity in the thermosphere observed at southeast asian sector during quiet and active geomagnetic days.  - jurnal fizik malaysia.  10025-10035. 

     

    nur izzati mohd rosli, nurul shazana abdul hamid, mardina abdullah, khairul adib yusof, akimasa yoshikawa, teiji uozumi, babatunde rabiu.  (2022).  the variation of counter-electrojet current at the southeast asian sector during different solar activity levels.  - applied sciences.  1-11. 

     

    khairul adib yusof, mardina abdullah, nurul shazana abdul hamid, suaidi ahadi, essam ghamry.  (2022).  statistical global investigation of pre-earthquake anomalous geomagnetic diurnal variation using superposed epoch analysis.  - ieee transactions on geoscience and remote sensing.  1-13. 

     

    idahwati sarudin, nurul shazana abdul hamid, mardina abdullah, suhaila m buhari, kazuo shiokawa, yuichi otsuka, kornyanat hozumi, punyawi jamjareegulgarn.  (2021).  influence of zonal wind velocity variation on equatorial plasma bubble occurrences over southeast asia.  - journal of geophysical research: space physics.  1-10. 

     

    n.a. zakaria, s.h.m. yusoff, n.a.m. rizal, n.s.a. hamid, m.h. hashim, z. mohd radzi, m.h. jusoh, a. yoshikawa, t. uozumi, s. abe.  (2021).  installation and preliminary data analysis of penang magnetic data acquisition system (magdas) in malaysia.  - advances in space research.  2199-2206. 

     

    rasha n. i. altameemi, nurul shazana abdul hamid, wan mohd aimran wan mohd kamil, saad m. saleh ahmed.  (2020).  theoretical formula for the cosmic-ray muon attenuation coefficients of pb, cu, zn, and al.  - journal of radiation research and applied sciences.  721-729. 

     

    essam ghamry, nurul shazana abdul hamid, zheng li.  (2022).  editorial to the special issue 'space weather'.  - universe.  1-5. 

     

    nurul shazana abdul hamid, nur izzati mohd rosli, wan nur izzaty ismail, akimasa yoshikawa.  (2021).  effects of solar activity on ionospheric current system in the southeast asia region.  - indian journal of physics.  543-550. 

     

    mohammad afiq dzuan mohd azhar, nurul shazana abdul hamid, wan mohd aimran wan mohd kamil, nor sakinah mohamad.  (2021).  daytimecloud detection method using the all-sky imager over permatapintar observatory.  - universe.  1-10. 

     

    wan nur izzaty ismail, nurul shazana abdul hamid, mardina abdullah, akimasa yoshikawa, teiji uozumi, zahira mohd radzi.  (2021).  comparison of eej longitudinal variation from satellite and ground measurements over different solar activity levels.  - universe.  1-13. 

     

    farhan naufal rifqi, nurul shazana abdul hamid, a. babatunde rabiu, akimasa yoshikawa.  (2021).  identification of fractal properties in geomagnetic data of southeast asian region during various solar activity levels.  - universe.  1-14. 

     

    nur izzati mohd rosli, nurul shazana abdul hamid, mardina abdullah, khairul adib yusof, akimasa yoshikawa, teiji uozumi, babatunde rabiu.  (2022).  the variation of counter-electrojet current at the southeast asian sector during different solar activity levels.  - applied sciences.  1-11. 

     

    khairul adib yusof, mardina abdullah, nurul shazana abdul hamid, suaidi ahadi, essam ghamry.  (2022).  statistical global investigation of pre-earthquake anomalous geomagnetic diurnal variation using superposed epoch analysis.  - ieee transactions on geoscience and remote sensing.  1-13. 

     

    essam ghamry, nurul shazana abdul hamid, zheng li.  (2022).  editorial to the special issue 'space weather'.  - universe.  1-5. 

     

    saeed abioye bello, nurul shazana abdul hamid, mardina abdullah, akimasa yoshikawa, kornyanat hozumi, takuya tsugawa.  (2021).  equatorial electrojet and electron density over southeast asian region during moderate solar activity condition.  - indian journal of radio and space physics.  125-131. 

     

    nurul shazana abdul hamid, nur izzati mohd rosli, wan nur izzaty ismail, akimasa yoshikawa.  (2021).  effects of solar activity on ionospheric current system in the southeast asia region.  - indian journal of physics.  543-550. 

     

    siti aminah bahari, nurul shazana abdul hamid, mardina abdullah, sabirin abdullah.  (2021).  examination of solar flare monitoring using a low cost vlf receiver.  - 7th international conference on space science and communication (iconspace).  5-10. 

     

    raja adibah raja halim shah, nurul shazana abdul hamid, akimasa yoshikawa.  (2021).  effect of strong solar flare events on the geomagnetic equatorial region during solar cycle-24.  - 7th international conference on space science and communication (iconspace 2021).  298-302. 

     

    m.h hashim, m.h jusoh, n.s.a hamid, k. burhanudin, z.m radzi, a.yoshikawa, z. i. abd latiff, magdas cpmn group.  (2021).  preliminary assessment of seasonal variations of geomagnetic h component at langkawi in malaysia during solar minimum of cycle 24.  - 7th international conference on space science and communication (iconspace 2021).  118-122. 

     

    roslinda rosli, mardina abdullah, nur choiro siregar, siti aminah bahari, nurul shazana abdul hamid, sabirin abdullah, gan kok beng, lilia halim, noridawaty mat daud, badariah bais.  (2021).  raising students' awareness and achievement in space science with solar flare monitoring project- based approach.  - 7th international conference on space science and communication (iconspace).  290-293. 

     

    f. n rifqi, n s a hamid, a yoshikawa.  (2021).  possibility of robust detrended fluctuation analysis as a method for identifying fractal properties of geomagnetic time series.  - 2nd international conference on space weather and satellite application (icessat) 2020.  1-7. 

     

    bello saeed abioye, mardina abdullah, nurul shazana abdul hamid.  (2021).  characteristic of ionospheric parameters over equator region.  - 148. 

     

    khairul adib yusof, mardina abdullah, nurul shazana abdul hamid.  (2021).  isyarat geomagnet untuk peramalan gempa bumi.  - 135. 

     

    nur izzati mohd rosli & nurul shazana abdl hamid.  (2017).  siri penyelidikan fizik gunaan 2017.  - 4. 

     

    viksutorn ai wen & nurul shazan abdul hamid.  (2017).  siri penyelidikan fizik gunaan 2017.  - 4. 

     

    nur izzati mohd rosli & nurul shazana abdl hamid.  (2017).  siri penyelidikan fizik gunaan 2017.  - 4. 

     

    viksutorn ai wen & nurul shazan abdul hamid.  (2017).  siri penyelidikan fizik gunaan 2017.  - 4. 

     

    nurhani muhammad nasir annadurai & nurul syazana abdul hamid.  (2016).  siri penyelidikan fizik gunaan 2016.  - 1. 

     

    bello saeed abioye, mardina abdullah, nurul shazana abdul hamid.  (2021).  characteristic of ionospheric parameters over equator region.  - 148. 

     

    khairul adib yusof, mardina abdullah, nurul shazana abdul hamid.  (2021).  isyarat geomagnet untuk peramalan gempa bumi.  - 135. 

     

    nurul shazana binti abdul hamid;mardina bt. abdullah;wan mohd aimran bin wan mohd kamil.  (2022).  identification of stratospheric quasi biennal oscillation impact on equatorial electrojet current .  -

     

    roslinda rosli, mardina abdullah, nur choiro siregar, siti aminah bahari, nurul shazana abdul hamid, sabirin abdullah, gan kok beng, lilia halim, noridawaty mat daud, badariah bais.  (2021).  raising students' awareness and achievement in space science with solar flare monitoring project-based approach.  - 2021 7th international conference on space science and communication.  1-4. 

     

    mardina bt. abdullah;lilia bt. halim;badariah binti bais;rosadah binti abd majid;mohd azlan shah bin jaafar;noridawaty binti mat daud;roslinda binti rosli;gan kok beng;nurul shazana binti abdul hamid;nurul hajijah binti hair;sabirin bin abdullah.  (2021).  program pemantauan suar matahari menggunakan ukm-sidĪ€.  -

     

    muhammad khairul adib, mardina abdullah, nurul shazana abdul hamid.  (2020).  ramalan gempa bumi mencari keseimbangan dengan medan geomagnet.  - dewan kosmik.  42-45. 

     

    nurul shazana abdul hamid, khairul adib yusof, mardina abdullah.  (2020).  geomagnetic field observation for deeper understanding of space and ground phenomena.  - iugonet.  -.