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Tammy Amirian
Tammy Amirian
Australian Government
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Year
A comparative study of surfactant adsorption by clay minerals
T Amirianshoja, R Junin, AK Idris, O Rahmani
Journal of Petroleum Science and Engineering 101, 21-27, 2013
1702013
Pore scale visualization of low salinity water flooding as an enhanced oil recovery method
T Amirian, M Haghighi, P Mostaghimi
Energy & Fuels 31 (12), 13133-13143, 2017
682017
Microfluidics for porous systems: fabrication, microscopy and applications
A Gerami, Y Alzahid, P Mostaghimi, N Kashaninejad, F Kazemifar, ...
Transport in Porous Media 130, 277-304, 2019
622019
Functionalisation of polydimethylsiloxane (PDMS)-microfluidic devices coated with rock minerals
YA Alzahid, P Mostaghimi, A Gerami, A Singh, K Privat, T Amirian, ...
Scientific reports 8 (1), 15518, 2018
592018
Visualization of micro-particle retention on a heterogeneous surface using micro-models: influence of nanoscale surface roughness
J Argent, S Torkzaban, S Hubbard, H Le, T Amirianshoja, M Haghighi
Transport in Porous Media 109, 239-253, 2015
182015
Geochemical modeling and microfluidic experiments to analyze impact of clay type and cations on low-salinity water flooding
T Amirian, M Haghighi, C Sun, RT Armstrong, P Mostaghimi
Energy & fuels 33 (4), 2888-2896, 2019
132019
Impact of clay type and water composition on low salinity water injection – visualisation approach
T Amirian, M Haghighi
The APPEA Journal 58, 51-59, 2018
92018
Adsorption of nonionic surfactants on clay minerals
R Junin, T Amirian, A Idris
Universiti Teknologi Malaysia, 2011
42011
Predictive soft computing methods for building digital rock models verified by Positron Emission Tomography experiments
M Ebadi, RT Armstrong, P Mostaghimi, YD Wang, N Alqahtani, T Amirian, ...
Water Resources Research 58 (11), e2021WR031814, 2022
22022
Pore-scale Visualisation and Geochemical Modelling of Low Salinity Water Flooding as an Enhanced Oil Recovery Method
T Amirian
2019
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