Penerbitan Berimpak Tinggi

ismail hossain, md samsuzzaman, mohd hafiz baharuddin, norsuzlin binti mohd sahar, mandeep singh jit singh, mohammad tariqul islam.  (2022).  computational investigation of multiband emnz metamaterial absorber for terahertz applications.  - computers, materials & continua.  3905-3920. 

mohammad lutful hakim, touhidul alam, mohamed s. soliman, norsuzlin mohd sahar, mohd hafiz baharuddin, sami h. a. almalki, mohammad tariqul islam.  (2022).  polarization insensitive symmetrical structured double negative (dng) metamaterial absorber for ku band sensing applications.  - scientific reports.  1-18. 

ismail hossain, mohammad tariqul islam, haitham alsaif, abdullah g. alharbi, norsuzlin binti mohd sahar, md samsuzzaman.  (2022).  an angular stable triple-band anisotropic cross-polarization conversion metasurface.  - results in physics.  1-9. 

md. rashedul islam, mohammad tariqul islam, ahasanul hoque, mohamed s. soliman, badariah bais, norsuzlin mohd sahar, sami h. a. almalk.  (2021).  tri circle split ring resonator shaped metamaterial with mathematical modelling for oil concentration sensing.  - ieee access.  61087-61102. 

mohammad tariqul islam, ahasanul hoque, mohd hafiz baharuddin, norsuzlin mohd sahar, hatem rmili.  (2020).  computational analysis of octagonal torus-shaped nano meta-atom through fractional absorption bandwidth for applications in the terahertz regime.  - results in physics.  1-13. 

mohammad shahidul islam, mohammad tariqul islam, norsuzlin mohd sahar, hatem rmili, nowshad amin, muhammad e.h.chowdhury.  (2020).  a mutual coupled concentric crossed-line split ring resonator (ccsrr) based epsilon negative (eng) metamaterial for tri-band microwave applications.  - results in physics.  1-18. 

saif hannan, mohammad tariqul islam, norsuzlin mohd sahar, kamarulzaman mat, muhammad e. h. chowdhury, hatem ramili.  (2020).  modified segmented split ring based polarization and angle insensitive multi band metamaterial absorber for x, ku and k band applications.  - ieee access.  4051-4063.