Enhancing Water Flooding Oil Recovery by Regulating Rock Surface Under-Oil-Water Wettability. [PDF]
Xie K +5 more
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A mechanically programmable hydrogel for tissue engineering is developed by modulating the molecular threading density of poly(ethylene glycol) diacrylate‐β‐cyclodextrin (PEGDA‐β‐CD) polyrotaxane and combining it with β‐CD‐modified gelatin. The polyrotaxane‐guided transition from disordered pores to laminar microstructures enables precise tuning ...
Shiyi Chen +10 more
wiley +1 more source
Dual-energy CT for proton therapy: Impact of advanced slice-wise patient-thickness estimation methods for improved stopping-power prediction. [PDF]
Schwengfelder J +3 more
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Experimental and Computational Simulation of the Prebiotic Peptide Bond Formation Driven by Wet-Dry Cycles and Gamma Ionizing Radiation: An Insight into Molecular Evolution. [PDF]
Fonseca-González E +2 more
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A damage constitutive model of carbonaceous shale containing a single crack under drying-weting cycles and triaxial compression. [PDF]
Li Y, Wang Y, Wang R, Jiang A.
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Multiscale Investigation of CO<sub>2</sub>/Oil Competitive Adsorption and Interfacial Evolution in Shale Reservoirs. [PDF]
Jiang L +6 more
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Influence of Industrial Waste Gypsums in Excess-Sulfated Slag Cement: The Role of Wet Grinding. [PDF]
Tang P, Yang H, Zhou S.
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Pore-intrusion of polymeric binder in supercapacitor electrodes decreases capacitance.
Im J +4 more
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Instabilities during wetting processes: Wetting by tensioactive liquids
Journal of Colloid and Interface Science, 1988Stick-slip phenomena may be observed when a liquid containing surface-active molecules advances on a hydrophilic solid surface. They are due to the diffusion of these molecules in front of the liquid edge, locally increasing the contact angle. This paper presents an experimental study of the instabilities of the liquid front.
Princen, H.M. +4 more
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The dynamics of wetting processes
Colloids and Surfaces A: Physicochemical and Engineering Aspects, 1994Abstract The dynamic wetting and dewetting behaviour of polyethylene terephthalate (PET), studied by the Wilhelmy technique, is briefly reviewed. Slow relaxation effects were observed for PET surfaces. Equilibrium is achieved by an evaporative process in the case of advancing contact angles.
Robert A. Hayes, John Ralston
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