pensyarah universiti
jabatan kejuruteraan kimia & proses
No. Telefon Rasmi : 00601028251
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
Ahmed Al-Amiery (SCOPUS h-index = 35), adalah Pensyarah di Jabatan Kejuruteraan Kimia dan Proses, Universiti Kebangsaan Malaysia (UKM). Dr. Al-Amiery mempunyai lebih daripada 200 makalah ilmiah dan projek yang dibentangkan atau diterbitkan dan 20 paten. Dia adalah pakar antarabangsa dalam banyak bidang kimia terapan (Sintesis Molekul Organik dan menerapkan molekul ini sebagai penghambat kakisan, antioksidan, pemulung, antimikroba dan anti-barah). Al-Amiery adalah Editor untuk banyak jurnal. Penerbitan terkini merangkumi makalah mengenai penggunaan derivatif kumarin baru sebagai penghambat kakisan. Al-Amiery adalah profesor pelawat di Jabatan Kejuruteraan Kimia dan Proses Universiti Kebangsaan Malaysia. Al-Amiery mempunyai Pasca doktoral dari Jabatan Kejuruteraan Kimia dan Proses Universiti Kebangsaan Malaysia. Dr. Al-Amiery telah dianugerahkan Pingat kecemerlangan saintifik (2014), dan juga Mengadakan Anugerah Hari Sains dari Kementerian Pengajian Tinggi dan Penyelidikan Ilmiah selama empat tahun berturut-turut (2010, 2011, 2012, 2013, 2014, 2015 dan 2016 ). Al-Amiery terpilih untuk Who`s Who for International Executives 2015. Al-Amiery dipilih untuk salah satu mentaliti terbaik dunia untuk tahun 2016 oleh University of Cambridge. Al-Amiery adalah TWAS- Afiliasi Muda. Al-Amiery adalah salah satu saintis 2% terbaik di dunia dan juga kerjaya terbaik.
Ahmed Al-Amiery (SCOPUS h-index= 35), is a Lecturer at the Department of Chemical and Process Engineering, University Kebangsaan Malaysia (UKM). Dr. Al-Amiery has over 200 scientific papers and projects either presented or published and 20 patents. He is an international expert in many areas of applied chemistry (Synthesis of Organic Molecules and applied these molecules as corrosion inhibitors, antioxidants, scavengers, antimicrobial and anti-cancer). Dr. Al-Amiery is the Editor for many journals. Recent publications include a paper on the use of novel coumarin derivatives as corrosion inhibitors. Dr. Al-Amiery is a visiting professor at the Department of Chemical and Process Engineering Universiti Kebangsaan Malaysia. Al-Amiery has a Post-doctoral from the Department of Chemical and Process Engineering Universiti Kebangsaan Malaysia. Dr. Al-Amiery has been awarded the Medal of scientific excellence (2014), and also Hold Science Day Awards from the Ministry of Higher Education and Scientific Research for four consecutive years (2010, 2011, 2012, 2013, 2014, 2015 and 2016). Al-Amiery selected for the Who’s Who for International Executives 2015. Al-Amiery selected for one of the best mentalities of the world for 2016 by the University of Cambridge. Al-Amiery is a TWAS- Young Affiliates.Al-Amiery was one of the best 2% scientists in the world ans also the best career.
w. khalid al-azzawi, s. s. hussein, s. m. salih, d. s. zinad, r. k. al-azzawi, m. m. hanoon, ahmed al-amiery, m. a. fayad, a. a. h. kadhum, w. n. r. wan isahak, m. s. takriff. (2023). efficient protection of mild steel corrosion in hydrochloric acid using 3-(5- amino-1,3,4-thiadiazole-2yl)-2h-chromen-2-one, a coumarin derivative bearing a 1,3,4-thiadiazole moiety: gravimetrical techniques, computational and thermodynamic investigations. - progress in color colorants coatings. 97-111.
s. s. hussein, i. d. d. al-hasani, a. m. abed, m. m hanoon, l. m. shaker, a. a. alamiery, a. a. h. kadhum, w. n. roslam wan isahak. (2023). antibacterial corrosion inhibitor for the protection of mild steel in 1 m hcl solution. - progress in color, colorants and coatings. 59-70.
s. s. hussein, i. d. d. al-hasani, a. m. abed, m. m hanoon, l. m. shaker, a. a. alamiery, a. a. h. kadhum, w. n. roslam wan isahak. (2023). antibacterial corrosion inhibitor for the protection of mild steel in 1 m hcl. - progress in color, colorants and coatings. 59-70.
ahmed a. al-amiery, nadia betti, wan nor roslam wan isahak, waleed khalid al-azzawi, wan mohd norsani wan nik. (2023). exploring the effectiveness of isatin-schiff base as an environmentally friendly corrosion inhibitor for mild steel in hydrochloric acid. - lubricants. 1-24.
wan nor roslam wan isahak, lina mohammed shaker & ahmed al-amiery. (2023). oxygenated hydrocarbons from catalytic hydrogenation of carbon dioxide. - catalysts. 1-40.
ahmed a. al-amiery, nadia betti, wan nor roslam wan isahak, waleed khalid al-azzawi, wan mohd norsani wan nik. (2023). exploring the effectiveness of isatin-schiff base as an environmentally friendly corrosion inhibitor for mild steel in hydrochloric acid. - lubricants. 1-24.
wan nor roslam wan isahak, lina mohammed shaker & ahmed al-amiery. (2023). oxygenated hydrocarbons from catalytic hydrogenation of carbon dioxide. - catalysts. 1-40.
nadia betti, ahmed a. al-amiery, waleed khalid al-azzawi & wan nor roslam wan isahak. (2023). corrosion inhibition properties of schiff base derivative against mild steel in hcl environment complemented with dft investigations. - scientific reports. 1-17.
ahmed a. al-amiery ,wan nor roslam wan isahak, and waleed khalid al-azzawi. (2023). corrosion inhibitors: natural and synthetic organic inhibitors. - lubricants. 1-29.
zainab fakhri merzah, sokina fakhry, tyser gaaz allami, nor yuliana yuhana, ahmed alamiery. (2022). enhancement of the properties of hybridizing epoxy and nanoclay for mechanical, industrial, and biomedical applications. - polymers. 1-16.
mohammed a fayad, mohammed sobhi, miqdam t chaichan, tawfik badawy, wisam essmat abdul-lateef, hayder a dhahad, talal yusaf, wan nor roslam wan isahak, mohd s takriff, ahmed a al-amiery. (2023). reducing soot nanoparticles and nox emissions in crdi diesel engine by incorporating tio2 nano-additives into biodiesel blends and using high rate of egr. - energies. 1-14.
ahmed al-amiery, wan nor roslam wan isahak, waleed khalid al-azzawi. (2023). odhi: a promising isatin-based corrosion inhibitor for mild steel in hydrochloric acid. - journal of molecular structure. 1-14.
khairul naim ahmad, salma samidin, fairous salleh, wan nor roslam wan isahak, ahmed al-amiery, mohd shahbudin masdar, muhammad rahimi yusop, waleed khalid al-azzawi, masli irwan rosli, mohd ambar yarmo. (2022). carbon monoxide desorption and reduction studies of graphitic carbon nitride supported nickel catalysts for co methanation. - chemistryselect. 1-7.
dunya al-duhaidahawi, haider f.s.al-zubaidy, khattab al-khafaji, ahmed al-amiery. (2022). synthesis, anti-inflammatory effects, molecular docking and molecular dynamics studies of 4-hydroxy coumarin derivatives as inhibitors of cox-ii enzyme. - journal of molecular structure. 1-11.
ghazwan ali salman, dhafer s. zinad, ahmed mahal, mohammad rizki fadhil pratama, meiato duan, anas alkhouri, and ahmed alamiery. (2022). synthesis, antibacterial activity, and molecular docking study of bispyrazole-based derivatives as potential antibacterial agents. - chemistryselect. 1-6.
w. khalid al-azzawi, s. s. hussein, s. m. salih, d. s. zinad, r. k. al-azzawi, m. m. hanoon, ahmed al-amiery, m. a. fayad, a. a. h. kadhum, w. n. r. wan isahak, m. s. takriff. (2023). efficient protection of mild steel corrosion in hydrochloric acid using 3-(5- amino-1,3,4-thiadiazole-2yl)-2h-chromen-2-one, a coumarin derivative bearing a 1,3,4-thiadiazole moiety: gravimetrical techniques, computational and thermodynamic investigations. - progress in color colorants coatings. 97-111.
s. s. hussein, i. d. d. al-hasani, a. m. abed, m. m hanoon, l. m. shaker, a. a. alamiery, a. a. h. kadhum, w. n. roslam wan isahak. (2023). antibacterial corrosion inhibitor for the protection of mild steel in 1 m hcl solution. - progress in color, colorants and coatings. 59-70.
s. s. hussein, i. d. d. al-hasani, a. m. abed, m. m hanoon, l. m. shaker, a. a. alamiery, a. a. h. kadhum, w. n. roslam wan isahak. (2023). antibacterial corrosion inhibitor for the protection of mild steel in 1 m hcl. - progress in color, colorants and coatings. 59-70.
ahmed a. al-amiery, nadia betti, wan nor roslam wan isahak, waleed khalid al-azzawi, wan mohd norsani wan nik. (2023). exploring the effectiveness of isatin-schiff base as an environmentally friendly corrosion inhibitor for mild steel in hydrochloric acid. - lubricants. 1-24.
wan nor roslam wan isahak, lina mohammed shaker & ahmed al-amiery. (2023). oxygenated hydrocarbons from catalytic hydrogenation of carbon dioxide. - catalysts. 1-40.
lina m. shaker, aqeel al-adili, ahmed a. al-amiery and mohd s. takriff. (2021). the inhibition of mild steel corrosion in 0.5 m h2so4 solution by nphenethylhydrazinecarbothioamide (n-phc). - 2nd international conference on materials, laser science and applied physics (icmlap) 2020. 1-10.
shaimaa b.al-baghdadi, abdulhadi kadhim, ghassan sulaiman, ahmed a.al-amiery, abdul amir h.kadhum, ms takriff. (2021). anticorrosion and antibacterial effects of new schiff base derived from hydrazine. - 2nd international conference on materials, laser science and applied physics (icmlap). 1-9.
ahmed al-amiery, lina m. shaker, nadia betti. (2021). experimental studies on the inhibition performances of isatine schiff base for the corrosion of mild steel in hydrochloric acid. - the international conference on applied research and engineering (icarae2021). 1-4.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| THE EFFECT OF PROMOTER ON THE SURFACE PROPERTIES AND CATALYTIC PERFORMANCE OF THE SINGLE-ATOM NI/ULTRATHIN GRAPHITIC CARBON NITRIDE CATALYST IN CO2 METHANATION | upm | 43.7% (2023-01-01 sehingga 2023-12-31) |
| THE EFFECT OF PROMOTER ON THE SURFACE PROPERTIES AND CATALYTIC PERFORMANCE OF THE SINGLE-ATOM NI/ULTRATHIN GRAPHITIC CARBON NITRIDE CATALYST IN CO2 METHANATION | orec ind. sdn bhd | 43.7% (2023-01-01 sehingga 2023-12-31) |