22 Example Sentences Showcasing the Meaning of 'Vaporization'
The historical novel described the alchemist's attempt to achieve the vaporization of a mysterious potion in search of ultimate knowledge.
The chef used a special technique called sous vide, which involves slow vaporization at low temperatures, to cook the perfect steak.
The spa offered a relaxation treatment involving the vaporization of essential oils, creating a calming and aromatic atmosphere.
In the advanced physics course, the professor discussed the vaporization of black holes and its implications for the cosmos.
The engineers designed a specialized chamber to control the vaporization of liquid nitrogen in their cryogenic experiments.
The researchers studied the vaporization of essential oils to understand their therapeutic properties in aromatherapy.
The nuclear power plant engineers focused on safety protocols to prevent the accidental vaporization of hazardous materials in case of a malfunction.
The futuristic sci-fi novel envisioned a world where advanced technology allowed for the instant vaporization of waste, eliminating pollution.
The winemaker explained how controlled vaporization of certain compounds during fermentation contributes to the unique flavors of the wine.
In the automotive industry, engineers work on developing efficient engines that minimize the vaporization of fuel, aiming for increased fuel economy.
The environmentalist advocated for sustainable farming practices to reduce the vaporization of soil moisture and prevent desertification.
The chef demonstrated the art of molecular gastronomy, using liquid nitrogen for rapid vaporization to create unique and flavorful dishes.
The scuba diver learned about the importance of managing underwater pressure to prevent the rapid vaporization of nitrogen in the bloodstream.
The chemistry professor illustrated the concept of vaporization equilibrium in a closed system during the advanced laboratory experiment.
The pharmaceutical researcher focused on the vaporization of active ingredients in inhalable medications to enhance their therapeutic effects.
The geologist studied the vaporization of underground water sources, understanding its role in shaping geological formations over time.
The astronaut described the unique challenges of water vaporization in space, where the absence of atmospheric pressure affects the process.
The climatologist studied the vaporization of icebergs in polar regions, contributing to the understanding of climate change impacts on sea levels.
The energy expert discussed the potential of harnessing the vaporization of liquids as a clean and renewable energy source in the future.
The perfume enthusiast appreciated the subtle differences in the vaporization of various floral notes in different fragrances.
The engineer designed a cutting-edge cooling system for electronic devices, ensuring efficient vaporization to prevent overheating.
The advanced physics seminar delved into the theoretical aspects of quantum vaporization, exploring phenomena at the subatomic level.