verb to cause a solution to become more concentrated than is normally possible under given conditions
In chemistry, supersaturate refers to a solution that contains more of a dissolved material than could be dissolved by the solvent under normal circumstances.
In physics, supersaturation can refer to a state where a solution contains more of a substance than it can hold in a stable equilibrium.
In materials science, supersaturation is used to describe a state where a material is in a metastable state with excess solute present.
In a scientific article, a writer may describe a process of supersaturating a solution to achieve a desired outcome.
A chemist may use the term supersaturate when discussing the concentration of a solution that exceeds the maximum solubility of a substance at a given temperature.
A biologist may refer to supersaturation when discussing the conditions required for protein crystallization.
A physicist may use the term supersaturate when discussing the state of a solution that contains more solute than it can normally hold.
An engineer may encounter supersaturation when working with materials that can be supersaturated to improve their properties.
In food science, supersaturation may be discussed in the context of creating a super-saturated sugar solution for candy making.
A meteorologist may use the term supersaturate when discussing the state of the atmosphere being supersaturated with moisture.
In geology, supersaturation may be relevant when discussing the conditions that lead to the formation of mineral deposits.
A pharmacist may use the term supersaturate when compounding medications that require a solution to be supersaturated for stability.
In materials science, supersaturation may be relevant when discussing the formation of precipitates in a supersaturated solution.