Linked from

The 69 pages that link to Solvent, each with the reason it gives.

• SolubilityRelated: Solubility is always specified relative to a particular solvent.

• ElectrolyteRelated: The solvent shapes ion formation, mobility, and conductivity in an electrolyte solution.

• Oil paintingRelated: Painters use solvents to thin oil paint and clean tools.

• SolvationRelated: Its molecular properties govern the interactions that produce solvation.

• VolatilityRelated: Solvent volatility affects drying, recovery, exposure, and industrial handling.

• DissolutionRelated: Its molecular properties determine which solutes it can stabilize.

• Molar concentrationRelated: The solvent helps set the final solution volume after a solute is added.

• Freezing-point depressionRelated: Its solid–liquid equilibrium temperature is the quantity lowered by dissolved solute.

• PaintRelated: Solvents adjust paint’s flow and can evaporate as the coating dries.

• Aqueous solutionRelated: Water occupies this role in every aqueous solution.

• SupersaturationRelated: Solvent identity and conditions determine how much solute can remain dissolved.

• InkRelated: The solvent carries colorants and affects how quickly ink flows and dries.

• SoluteRelated: Its interactions with a solute determine whether and how much dissolves.

• MacerationRelated: Its polarity and composition determine which plant compounds maceration can extract.

• Printing inkRelated: Solvents adjust ink viscosity and often evaporate during drying.

• Glazing (painting technique)Related: Solvents adjust glaze flow and thickness before the paint film sets.

• SolutionRelated: The solvent is the continuous component in which a solution’s solute is dispersed.

• Boiling-point elevationRelated: Its pure boiling point provides the reference temperature for the elevation.

• MolalityRelated: Its mass, rather than the total solution mass, supplies molality's denominator.

• Oil paintRelated: Artists use solvents to thin oil paint and clean tools, though the binder itself remains oil.

• Encaustic paintingRelated: Solvents can thin or remove wax-based material during studio work and conservation.

• OsmolalityRelated: Its mass supplies the denominator in osmolality.

• Atom economyRelated: Solvents can dominate process waste even though they are excluded from the usual atom-economy calculation.

• NitrocelluloseRelated: Solvent choice determines whether a particular nitrocellulose grade can be processed into films or coatings.

• Sodium borohydrideRelated: Solvent choice affects borohydride solubility, stability, and reaction rate.

• Anionic polymerizationRelated: Solvent polarity and donor ability affect ion pairing, reaction rate, and polymer microstructure.

• Enamel paintRelated: Solvents control application and flow in many enamel formulations before evaporating.

• Isotonic solutionRelated: In biological isotonicity, water is usually the solvent whose net movement is considered.

• DecaneRelated: Nonpolar decane can dissolve some nonpolar materials and serve as a laboratory solvent.

• DiafiltrationRelated: Added solvent replaces permeate volume and carries dissolved small solutes through the membrane.

• HalocarbonRelated: Some halocarbons dissolve oils and other materials and have been used as industrial solvents.

• Marker penRelated: The solvent carries marker colorant and affects drying time and surface compatibility.

• Soxhlet extractorRelated: The selected solvent must dissolve target compounds and circulate through the sample.

• 1-HexanolRelated: Its balance of a polar hydroxyl group and nonpolar chain enables solvent use.