H. S. N. Center

Path selection during wormhole growth

Japan., D. Chemistry, U. Copenhagen, 2017, 1704.01062.

Dissolved CO2 stabilizes dissolution front and increases breakthrough porosity of natural porous materials

D. Chemistry, U. Copenhagen, S. Stipp, 2017, 1704.01061.

Direct Observation of Coupled Geochemical and Geomechanical Impacts on Chalk Microstructure Evolution under Elevated CO2 Pressure

H Germany, D. Chemistry, U. Copenhagen, 2017, 1704.01064.

Path selection during wormhole growth

Japan., D. Chemistry, U. Copenhagen, 2017, 1704.01062.

Temporal pattern of entropy production induced by reactive infiltration instability in natural porous media

D. Chemistry, U. Copenhagen, S. Stipp, 2017, 1704.01059.

Reactive infiltration instability amplifies the difference between geometric and reactive surface areas in natural porous materials

D. Chemistry, U. Copenhagen, S. Stipp, 2017, 1704.01060.