CO2 research paper
petro 3
Branko Bijeljic, Ali Raeini, Peyman Mostaghimi and Martin Blunt What Determines Transport Behaviour in Different Porous Media? Dept. of Earth Science and.
Imperial College Consortium on Pore-Scale Modelling Annual Review 11 th January 2013 Martin Blunt Department of Earth Science and Engineering Imperial.
Finite-Element-Based Characterisation of Pore- scale Geometry and its Impact on Fluid Flow Lateef Akanji Supervisors Prof. Martin Blunt Prof. Stephan Matthai.
3D Images of residual oil in an Ottawa sand Congjiao Xie, Saif Ai-Sayari and Martin Blunt Earth Science and Engineering, Imperial College London.
The Effect of Wettability on Relative Permeability, Capillary Pressure, Electrical Resistivity and NMR Saif AL-Sayari Prof. Martin Blunt.
Summer University, Vrnjacka Banja, October 2007 1 Mathematical models for mass and heat transport in porous media II. Agneta M.Balint and Stefan Balint.
Basic Research Program Particle-Scale Distribution of Soil Moisture in Porous Media 17 April 2008 Dr. Chris Kees and Dr. Matthew Farthing Coastal and Hydraulics.
Qatar Carbonates and Carbon Storage Research Centre 1 Dynamic Imaging of Reaction at Reservoir Conditions, Considering the Influence of Chemical Heterogeneity.
Finite-Element-Based Characterisation of Pore-scale Geometry and its Impact on Fluid Flow
