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Salt Systems sentence examples within numerical methods collection

numerical methods collection

Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www.

Mechanics of salt systems: state of the field in numerical methods, Part II

numerical methods collection

Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www.

Feedback between synrift lithospheric extension, sedimentation and salt tectonics on wide, weak continental margins

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Salt Systems sentence examples within Molten Salt Systems

Molten Salt Systems

A scheme to increase computational efficiency of multi-physics simulations including Thermochimica is described and its effectiveness for molten salt systems demonstrated.

Recent developments for molten salt systems in Thermochimica

Molten Salt Systems

This work provides a general overview of the detailed reports of noble metal fission product behavior during the Molten Salt Reactor Experiment (MSRE) and applies a species mass transport analysis to replicate and explain the basic behavior of these fission products in molten salt systems.

Species transport analysis of noble metal fission product transport, deposition, and extraction in the molten salt reactor experiment

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Salt Systems sentence examples within High Salt Systems

High Salt Systems

Proteases produced by halophilic microorganisms are considered as a source of active enzymes in high salt systems like fish residues.

Bioprospection of proteases from Halobacillus andaensis for bioactive peptide production from fish muscle protein

High Salt Systems

The viral assemblage, although composed of the morphotypes typical of high salt systems, showed little similarity to previously isolated/reconstructed halophages.

Prokaryotic and viral community of the sulfate-rich crust from Peñahueca ephemeral lake, an astrobiology analogue.

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Salt Systems sentence examples within Iodonium Salt Systems

Iodonium Salt Systems

The final function conversions of epoxy using some anthracene/iodonium salt systems were even higher than the well-established dibutoxyanthracene (DBA)/iodonium salt benchmark system.

Design of photoinitiating systems based on the chalcone-anthracene scaffold for LED cationic photopolymerization and application in 3D printing

Iodonium Salt Systems

NASs/iodonium salt systems can initiate the cationic photopolymerization of epoxide.

Naphthalimide Aryl Sulfide Derivative Norrish TypeI Photoinitiators with Excellent Stability to Sunlight under Near-UVLED

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Salt Systems sentence examples within Cyclic Salt Systems

Cyclic Salt Systems

The reaction of imidazole and benzotriazole derivatives with 1,3-diiodopropan-2-one in the absence of bases and catalysts leads to the formation of linear and cyclic salt systems in one preparative step.

Alkylation of imidazole and benzotriazole derivatives by 1,3-diiodopropan-2-one in the absence of a base

Cyclic Salt Systems

The reaction of imidazole and benzotriazole derivatives with 1,3-diiodopropan-2-one in the absence of bases and catalysts leads to the formation of linear and cyclic salt systems in one preparative step.

ALKYLATION OF IMIDAZOLE AND BENZOTRIAZOLE DERIVATIVES BY 1,3-DIIODOPROPAN-2-ONE IN THE ABSENCE OF A BASE

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Salt Systems sentence examples within Chloride Salt Systems

Chloride Salt Systems

This work utilizes electron energy loss spectroscopy (EELS) to identify oxidation state of alloying elements in Ni-based alloys after exposure to molten chloride salt systems.

Determining oxidation states of transition metals in molten salt corrosion using electron energy loss spectroscopy

Chloride Salt Systems

Solid–liquid phase equilibrium for chloride salt systems plays a vital role in the utilization of liquid wastes generated from soda ash production by the Solvay process.

Measurements and Modeling of the Phase Equilibria in AlCl3 + NaCl + CaCl2 + H2O and AlCl3 + CaCl2 + NH4Cl + H2O Systems

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Salt Systems sentence examples within Mixed Salt Systems

Mixed Salt Systems

They may be produced by various means such as beneficiation (physical, chemical, mechanical, or electrical), reduction (direct or indirect), electrolysis (of aqueous or molten / fused single or mixed salt systems) at high temperature or hydrometallurgy.

Pyrometallurgy and Electrometallurgy of Rare Earths – Part A: Analysis of Metallothermic Reduction and its Variants

Mixed Salt Systems

Special efforts were dedicated to accurately characterize the correction factors A m required for the determination of pH m from the experimentally measured pH values in the mixed salt systems investigated, with pH m = pHexp + A m.

Impact of sulfate on the solubility of Tc(IV) in acidic to hyperalkaline aqueous reducing systems

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Salt Systems sentence examples within salt systems play

salt systems play

These salt systems play a dual role as solvent/reaction medium (they have negligible vapor pressure withstanding carbonization temperatures) and as templates.

Molten salt strategies towards carbon materials for energy storage and conversion

salt systems play

Solid–liquid phase equilibrium for chloride salt systems plays a vital role in the utilization of liquid wastes generated from soda ash production by the Solvay process.

Measurements and Modeling of the Phase Equilibria in AlCl3 + NaCl + CaCl2 + H2O and AlCl3 + CaCl2 + NH4Cl + H2O Systems

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Salt Systems sentence examples within salt systems containing

salt systems containing

The solubility in triple water-salt systems containing NdCl3, PrCl3, YCl3, TbCl3 chlorides, and water-soluble fullerenol C60(OH)24 at 25 °C was studied by isothermal saturation in ampoules.

Solubility of Rare Earth Chlorides in Ternary Water-Salt Systems in the Presence of a Fullerenol—C60(OH)24 Nanoclusters at 25 °C. Models of Nonelectrolyte Solubility in Electrolyte Solutions

salt systems containing

At the same time, electroflotation is substantially suppressed in salt systems containing 50 g/dm3 NaCl.

The Extraction of Activated Carbon from Aqueous Solutions in the Presence of Organic and Inorganic Compounds by the Electroflotation Method

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10.1134/S0036023619090067

A methodology to design new deicing agents was described, which includes a criterion to choose salts, a method to investigate phase equilibria in water–salt systems (visual polythermal analysis), and determination of the deicing properties of salts and salt mixtures (eutectic temperature and ice-melting ability).

Application of Physicochemical Analysis to Developing and Studying Deicing Agents

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10.1016/j.biortech.2019.01.136

This fast methodology proposes to screen up to six different polymer-salt systems in eight days and supplies the results to understand the influence of sugar and protein concentrations on their partition coefficients.

A robotic platform to screen aqueous two-phase systems for overcoming inhibition in enzymatic reactions.

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10.1016/J.RENENE.2018.09.011

Finally, the proposed microencapsulation process was also shown to be applicable to other salt systems, showing its great potential for different application temperatures.

Microencapsulated binary carbonate salt mixture in silica shell with enhanced effective heat capacity for high temperature latent heat storage

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10.1016/J.CATTOD.2018.07.013

Different reaction mechanisms have been proposed for explaining the behaviour of both TiO2-salt systems during the Ru nanoparticle synthesis, involving respectively, both holes and electrons charge carriers in oxidation and reduction steps with acetylacetonate, and the sole photogenerated electrons with chloride.

Light-driven synthesis of sub-nanometric metallic Ru catalysts on TiO2

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10.31857/s0869-5903276617-637

The principal difference in the partitioning of W and Ta, Nb, Sn in melt granite-salt systems is shown.

Physical and chemical parameters of processes producing rare-metal deposits in granitoid systems with fluorine: experimental data

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10.1134/S0036029519080135

Moreover, to find the laws of magnesium-thermal reduction of yttrium from a salt mixture, thermal analysis of the interaction of salt systems, such as yttrium and sodium fluorides and potassium and sodium chlorides with magnesium and zinc, are performed.

Thermal Analysis of the Fabrication of Magnesium Master Alloys Containing Yttrium and Zinc

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10.1016/j.envpol.2019.03.112

The GO concentration-dependent aggregation (low concentration aggregation, high concentration stability) was observed in the soft water, and this concentration-dependent aggregation is opposite to the aggregation in monosalt systems (NaCl or CaCl2 solutions).

New insight into the aggregation of graphene oxide in synthetic surface water: Carbonate nanoparticle formation on graphene oxide.

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10.31857/S0869-5903275577-597

The results of an experimental study of phase relations and distribution of elements in silicate melt–salt systems (carbonate, phosphate, fluoride, chloride) melt, silicate melt I–silicate melt II, and also in fluid – magmatic systems in the presence of alkali metal fluorides are presented.

Liquid immiscibility and problems of ore genesis (according to experimental data)

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10.1134/S0869591119060067

The paper demonstrates principal difference in the partitioning of W and Ta, Nb, Sn in melt granite–salt systems.

Physical and Chemical Parameters of Processes Producing Rare-Metal Deposits in Granitoid Systems with Fluorine: Experimental Data

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10.1016/J.ICARUS.2018.10.034

With respect to RSL formation, these experiments suggest that atmospheric hydration of these salt systems may be too slow or otherwise not feasible.

Solid-solid hydration and dehydration of Mars-relevant chlorine salts: Implications for Gale Crater and RSL locations

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10.1134/S0036023619030215

Phase equilibria in the binary system ZnSO4–H2O at temperatures of 240–450°C and pressures to 34 MPa were studied by various methods (visual observation of phase transformations in water–salt systems of various compositions (30–60 wt%) in thick-walled quartz ampules (3 mm i.

Phase Equilibria in the ZnSO4–H2O System at Temperatures to 444°C and Pressures to 34 MPa

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10.1007/s12613-019-1775-z

Therefore, this study focused on investigating the electrical conductivity of molten-salt systems for the preparation of Dy–Cu alloys and on optimizing the corresponding operating parameters.

Electrical conductivity of molten LiF–DyF3–Dy2O3–Cu2O system for Dy–Cu intermediate alloy production

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10.1134/S0036023619120088

05°C/s under ordinary conditions and ~90°C/s under quenching with salt systems having high heat conductivity.

Particle Size Effects on Calorimetric and Magnetic Properties of the Ferromagnetic Phase in the Eutectic Composite Alloy of ZnSnAs2–MnAs System

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10.1016/J.FLUID.2019.112281

The UCON-salt systems tested were not adequate for the separation of both enzymes since they partitioned to the same phase.

Strategies based on aqueous two-phase systems for the separation of laccase from protease produced by Pleurotus ostreatus

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10.31857/S0869-56524845595-599

The data on the phase composition of silicate-salt systems and the character of the interphase distribution of ore components are presented.

Interphase distribution of rare and rare earth elements in silicate-fluorine systems at T = 800–1200˚C AND P = 1–2 kbar (experimental investigation)

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10.1134/S1028334X19020132

The data on the phase composition of silicate–salt systems and the character of the phase distribution of ore components are presented.

Phase Distribution of Rare and Rare-Earth Elements in the Silicate–Fluoride Systems at Т = 800–1200°С and Р = 1–2 kbar (Experimental Investigations)

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10.1063/1.5117601

For Gen3 CSP plants, a molten salt composed of MgCl2 – KCl – NaCl is a new candidate, but it is familiar enough to plants with existing molten-salt systems.

Molten chloride technology pathway to meet the U.S. DOE sunshot initiative with Gen3 CSP

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10.1016/J.SEPPUR.2018.09.088

This work analyzed the use of PEG-Salt and Ionic Liquid-Salt systems to characterize the partition of three phages samples: (1) Phage crude lysate containing phages, cell debris and bacterial cells (2) Centrifuged lysate containing phages, cell debris but reduced bacteria due to a centrifugation process (3) Filtered Lysate Phage containing phages and cell debris, without bacterial cells.

Aqueous two-phase systems for the recovery and purification of phage therapy products: Recovery of salmonella bacteriophage ϕSan23 as a case study

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10.1021/acs.jced.9b00612

The aqueous two-phase systems (ATPSs) are widely used for the extraction of biomolecules such as proteins and pharmaceuticals using polymer–salt and ionic liquid–salt systems.

Correlation of Ternary Aqueous Two-Phase Systems Containing Ionic Liquids and Salts Using Symmetric Electrolyte Local Composition Models: NRTL-NRF, UNIQUAC-NRF, and UNIQUAC

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10.1144/petgeo2019-086

This special, two-part, thematic presents studies that employ numerical methods to understand the mechanics associated with salt systems.

Mechanics of salt systems: state of the field in numerical methods

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10.3390/ijms20215265

It is demonstrated in the real part of electrical modulus that chitosan-salt systems are extremely capacitive.

Ion Transport Study in CS: POZ Based Polymer Membrane Electrolytes Using Trukhan Model

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Salt Systems - A methodology to design new deicing agents was described, which includes a criterion to choose salts, a method to investigate phase equilibria in water–salt systems (visual polythermal analysis), and determination of the deicing properties of salts and salt mixtures (eutectic temperature and ice-melting ability). [1] This fast methodology proposes to screen up to six different polymer-salt systems in eight days and supplies the results to understand the influence of sugar and protein concentrations on their partition coefficients. [2] Finally, the proposed microencapsulation process was also shown to be applicable to other salt systems, showing its great potential for different application temperatures. [3] Different reaction mechanisms have been proposed for explaining the behaviour of both TiO2-salt systems during the Ru nanoparticle synthesis, involving respectively, both holes and electrons charge carriers in oxidation and reduction steps with acetylacetonate, and the sole photogenerated electrons with chloride. [4] The principal difference in the partitioning of W and Ta, Nb, Sn in melt granite-salt systems is shown. [5] Moreover, to find the laws of magnesium-thermal reduction of yttrium from a salt mixture, thermal analysis of the interaction of salt systems, such as yttrium and sodium fluorides and potassium and sodium chlorides with magnesium and zinc, are performed. [6] The GO concentration-dependent aggregation (low concentration aggregation, high concentration stability) was observed in the soft water, and this concentration-dependent aggregation is opposite to the aggregation in monosalt systems (NaCl or CaCl2 solutions). [7] The results of an experimental study of phase relations and distribution of elements in silicate melt–salt systems (carbonate, phosphate, fluoride, chloride) melt, silicate melt I–silicate melt II, and also in fluid – magmatic systems in the presence of alkali metal fluorides are presented. [8] The paper demonstrates principal difference in the partitioning of W and Ta, Nb, Sn in melt granite–salt systems. [9] With respect to RSL formation, these experiments suggest that atmospheric hydration of these salt systems may be too slow or otherwise not feasible. [10] Phase equilibria in the binary system ZnSO4–H2O at temperatures of 240–450°C and pressures to 34 MPa were studied by various methods (visual observation of phase transformations in water–salt systems of various compositions (30–60 wt%) in thick-walled quartz ampules (3 mm i. [11] Therefore, this study focused on investigating the electrical conductivity of molten-salt systems for the preparation of Dy–Cu alloys and on optimizing the corresponding operating parameters. [12] 05°C/s under ordinary conditions and ~90°C/s under quenching with salt systems having high heat conductivity. [13] The UCON-salt systems tested were not adequate for the separation of both enzymes since they partitioned to the same phase. [14] The data on the phase composition of silicate-salt systems and the character of the interphase distribution of ore components are presented. [15] The data on the phase composition of silicate–salt systems and the character of the phase distribution of ore components are presented. [16] For Gen3 CSP plants, a molten salt composed of MgCl2 – KCl – NaCl is a new candidate, but it is familiar enough to plants with existing molten-salt systems. [17] This work analyzed the use of PEG-Salt and Ionic Liquid-Salt systems to characterize the partition of three phages samples: (1) Phage crude lysate containing phages, cell debris and bacterial cells (2) Centrifuged lysate containing phages, cell debris but reduced bacteria due to a centrifugation process (3) Filtered Lysate Phage containing phages and cell debris, without bacterial cells. [18] The aqueous two-phase systems (ATPSs) are widely used for the extraction of biomolecules such as proteins and pharmaceuticals using polymer–salt and ionic liquid–salt systems. [19] This special, two-part, thematic presents studies that employ numerical methods to understand the mechanics associated with salt systems. [20] It is demonstrated in the real part of electrical modulus that chitosan-salt systems are extremely capacitive. [21]

numerical methods collection

Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www. [1] Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www. [2] Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www. [3] Thematic collection: This article is part of the Mechanics of salt systems: state of the field in numerical methods collection available at: https://www. [4]

Molten Salt Systems

A scheme to increase computational efficiency of multi-physics simulations including Thermochimica is described and its effectiveness for molten salt systems demonstrated. [1] This work provides a general overview of the detailed reports of noble metal fission product behavior during the Molten Salt Reactor Experiment (MSRE) and applies a species mass transport analysis to replicate and explain the basic behavior of these fission products in molten salt systems. [2] With this in mind, this work aims to present and layout a novel approach to measuring densities of molten salt systems using neutron radiography. [3] The calculation results of Raman spectra on [AlF4]−, [AlF5]2− and [AlF6]3− are close to the experimental values, which indicates FPMD is applicable to similar molten salt systems. [4] Compared to the specific cost of two-tank molten salt systems, ∼24. [5] The results can be used in the manufacture of gadolinium and its compounds and for the refinement of the structures of the molten salt systems under study. [6] The high energy density of high-temperature metal hydrides (HTMHs) compared to state-of-the-art two-tank molten salt systems has recently promoted their investigation as TES systems. [7] A novel hybrid parabolic trough power system that integrates direct steam generation and molten salt systems is proposed in this study to stably and efficiently operate solar power plants. [8] The calculation results of Raman spectra on [AlF4]−, [AlF5]2− and [AlF6]3− are close to the experimental values, indicating FPMD is applicable to similar molten salt systems. [9] Moreover, these simple methods can be applied to measure the equilibrium potentials, formal potentials and activity coefficients of other metal chlorides in molten chloride salt as well as in other molten salt systems. [10]

High Salt Systems

Proteases produced by halophilic microorganisms are considered as a source of active enzymes in high salt systems like fish residues. [1] The viral assemblage, although composed of the morphotypes typical of high salt systems, showed little similarity to previously isolated/reconstructed halophages. [2]

Iodonium Salt Systems

The final function conversions of epoxy using some anthracene/iodonium salt systems were even higher than the well-established dibutoxyanthracene (DBA)/iodonium salt benchmark system. [1] NASs/iodonium salt systems can initiate the cationic photopolymerization of epoxide. [2]

Cyclic Salt Systems

The reaction of imidazole and benzotriazole derivatives with 1,3-diiodopropan-2-one in the absence of bases and catalysts leads to the formation of linear and cyclic salt systems in one preparative step. [1] The reaction of imidazole and benzotriazole derivatives with 1,3-diiodopropan-2-one in the absence of bases and catalysts leads to the formation of linear and cyclic salt systems in one preparative step. [2]

Chloride Salt Systems

This work utilizes electron energy loss spectroscopy (EELS) to identify oxidation state of alloying elements in Ni-based alloys after exposure to molten chloride salt systems. [1] Solid–liquid phase equilibrium for chloride salt systems plays a vital role in the utilization of liquid wastes generated from soda ash production by the Solvay process. [2]

Mixed Salt Systems

They may be produced by various means such as beneficiation (physical, chemical, mechanical, or electrical), reduction (direct or indirect), electrolysis (of aqueous or molten / fused single or mixed salt systems) at high temperature or hydrometallurgy. [1] Special efforts were dedicated to accurately characterize the correction factors A m required for the determination of pH m from the experimentally measured pH values in the mixed salt systems investigated, with pH m = pHexp + A m. [2]

salt systems play

These salt systems play a dual role as solvent/reaction medium (they have negligible vapor pressure withstanding carbonization temperatures) and as templates. [1] Solid–liquid phase equilibrium for chloride salt systems plays a vital role in the utilization of liquid wastes generated from soda ash production by the Solvay process. [2]

salt systems containing

The solubility in triple water-salt systems containing NdCl3, PrCl3, YCl3, TbCl3 chlorides, and water-soluble fullerenol C60(OH)24 at 25 °C was studied by isothermal saturation in ampoules. [1] At the same time, electroflotation is substantially suppressed in salt systems containing 50 g/dm3 NaCl. [2]