Time Evolution and Effect of Dispersant on the Morphology and Viscosity of Water-In-Crude-Oil Emulsions by Diego F. Muriel (10037025)

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The proportion of lake area which exhibited decreases (blue bars) versus increases (green bars) in chl-a for the largest 18 lakes in the world. by Benjamin M. Kraemer (7526225)

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History matching of the water cut and oil production rate. by Mengyun Li (7490870)

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Large play kit. by Calli Naish (17125111)

Influence of Interfacial Gas Enrichment on Controlled Coalescence of Oil Droplets in Water in Microfluidics by Jianlong Wang (438075)

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The list of genes whose expression was largely increased by AdNKX2-1 infection. by Yuko Ito (1976692)

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The percentages of genes with largely changed expression after AdNKX2-1 infection. by Yuko Ito (1976692)

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The distribution of residual oil in the numerical simulation model when the water cut reaches 98%. by Mengyun Li (7490870)

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Innovation and night light in large and small cities. by Saul Estrin (8629173)

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Geographical distribution of large cities and small cities. by Saul Estrin (8629173)

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The distribution of residual oil in the numerical simulation model when the water drive front breaks through the well. by Mengyun Li (7490870)

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Unraveling Partial Coalescence Between Droplet and Oil–Water Interface in Water-in-Oil Emulsions under a Direct-Current Electric Field via Molecular Dynamics Simulation by Ning Li (45258)

“…When the electric field strength (<i>E</i>) surpasses a certain threshold, secondary droplets are generated during the coalescence between water droplets in oil and the oil–water interface (so-called the droplet-interface partial coalescence phenomenon), resulting in a lower efficiency of droplet electrocoalescence. …”

The concentration and type of emulsifier rules the oil/water and water/oil/water emulsion size distribution by Lisbeth Benavides Castillo (14497896)

Experimental Study on Water-in-Oil Emulsion Stability Induced by Asphaltene Colloids in Heavy Oil by Fatemeh Mahmoudi Alemi (10312321)

“…Emulsion stability in water−oil systems is critical for numerous industrial applications, particularly in oil recovery and transportation. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”

Hydrogel Coated Mesh with Controlled Flux for Oil/Water Separation by Changhui Fu (1578262)

“…Superwetting surfaces are often applied in oil/water separation. Hydrogels have been widely prepared as superhydrophilic/underwater superoleophobic materials for oil/water separation since they are naturally hydrophilic. …”