In-situ measurement of calcium carbonate dissolution under rising pCO2 using underwater laser induced breakdown spectroscopy
Presented by NETL at SCIX 2016, 9/16
Jain, Jinesh N.↗
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A Novel Statistical Method to Quantify Uncertainties Associated with Mineral Dissolution and Precipitation Modeling under Geologic Carbon Storage Conditions
Presented by NETL at American Chemical Society Fall Meeting, 08/16
Zhang, Liwei↗
FLOWSHEET DEVELOPMENT FOR THE DISSOLUTION OF ALUMINUM-CLAD RESEARCH REACTOR FUELS IN THE SAVANNAH RIVER SITE H-CANYON FACILITY
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Rudisill, T.↗
Sensitivity of Copper Dissolution to the Flow Behavior of Molten Sn-Pb Solder.
Abstract not provided.
Vianco, Paul T.↗
High Fidelity Surrogate Modeling of Fuel Dissolution for Probabilistic Assessment of Repository Performance.
Abstract not provided.
Mariner, Paul↗
High Fidelity Surrogate Modeling of Fuel Dissolution for Probabilistic Assessment of Repository Performance.
Abstract not provided.
Mariner, Paul↗
Reactive Transport in Porous Media: Microfluidics applications for calcium carbonate precipitation and dissolution.
Abstract not provided.
Yoon, Hongkyu↗
High Fidelity Surrogate Modeling of Fuel Dissolution for Probabilistic Assessment of Repository Performance.
Abstract not provided.
Mariner, Paul↗
SRS STRATEGY FOR TANK 3 SALT DISSOLUTION - PERFORMANCE AND LESSONS LEARNED - 20441
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Worthy, Steven↗
High Fidelity Surrogate Modeling of Fuel Dissolution for Probabilistic Assessment of Repository Performance.
Abstract not provided.
Mariner, Paul↗
High Fidelity Surrogate Modeling of Fuel Dissolution for Probabilistic Assessment of Repository Performance.
Abstract not provided.
Mariner, Paul↗
Microfluidics applications for calcium carbonate precipitation and dissolution and Sr isotopic fractionation.
Abstract not provided.
Yoon, Hongkyu↗
Compositions and methods for the dissolution and depolymerization of lignin
The present invention provides for a method for dissolving and/or depolymerizing lignin comprising: (a) providing a composition comprising lignin, (b) contacting the composition with a strong hydrogen donor, such as a polyol, to form a first solution, (c) incubating the first solution at a temperature equal to or less than 100° C., whereby at least 20% by weight of the lignin is dissolved, (d) optionally introducing an oxidation agent to the first solution to form a second solution, wherein the temperature of the second solution is equal to or less than 100° C., whereby lignin is depolymerized, and (e) optionally introducing an anti-solvent to the second solution to precipitate the depolymerized lignin.
37 INORGANIC, ORGANIC, PHYSICAL, AND ANALYTICAL CH↗
Atomistic computer simulations of dissolution of inorganic glasses.
Abstract not provided.
Rimsza, Jessica↗
Isotope Ratio Features for Classification of Dissolution Events Using Effluents Measurements
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Rao, Nageswara↗