Sentence examples for vaporization from inspiring English sources
The word 'vaporization' is correct and commonly used in written English
It refers to the process of changing a substance from a liquid or solid state into a gas by heating or evaporating it. You can use 'vaporization' in any context where this process is being described or discussed. For example: - The scientist used a high temperature to induce vaporization of the liquid in the test tube. - Due to the intense heat, the ice cubes underwent rapid vaporization, turning into steam. - The company's latest technology promises efficient vaporization of waste materials, reducing environmental impact.
noun
A conversion of a solid or a liquid into a gas.
Since it depends on vaporization, this technique is best suited to compounds that can be vaporized without suffering decomposition.
Thermal energy required to break up the hydrogen bonds and to permit vaporization is available only at the higher boiling temperatures.
Medical cannabis is most frequently administered either by smoking or vaporization or in the form of edible preparations.
The research he performed during the early 1920s elucidated the theory of the entry of high-speed bodies into the atmosphere and was fundamental to the understanding of ablation, the peeling back of meteor surfaces during vaporization.
The cold-batch method ensures a very low emission of decomposition, vaporization, and carryover products; in addition, batches containing fluorides can be melted generally with little or no escape of toxic fluorine.
The manifold hydrogen bonds among water molecules mean that water has a high boiling point and a high latent heat of vaporization compared with other liquids; that is, it takes considerable heat to turn liquid water into steam, which is available when the steam is condensed.
The cuckoopint (Arum maculatum), which has a metabolic level unequaled among plants, spreads its odour over a wide area by an elevation of temperature that increases the vaporization rate of the volatile odour substance.
Sharp and colleagues argued that hydrogen in Earth processes prevented the differential vaporization of chlorine that took place in lunar magmas, and they concluded that the Moon was thus essentially anhydrous.
The analyte typically goes through several vaporization-condensation steps prior to arriving at the condenser.
It is not possible to separate an azeotropic mixture by fractional distillation because no change in composition is achieved by a series of vaporizations and condensations.
As a practical result of these relationships, it is often possible by a series of repeated vaporizations and condensations to separate a liquid mixture into its components, a sequence of steps called fractional distillation.
