超临界

The ultracritical boiler operates at extremely high temperatures and pressures, maximizing efficiency in power generation.
超临界锅炉在极高的温度和压力下运行，以最大化发电效率。
Ultracritical CO2 is used as a solvent in the extraction of caffeine from coffee beans, due to its unique properties.
超临界二氧化碳因其独特性质被用作从咖啡豆中提取咖啡因的溶剂。
The development of ultracritical water electrolysis technology promises a more efficient method for hydrogen production.
超临界水电解技术的发展预示着一种更高效的氢气生产方法。
In chemical processing, ultracritical conditions allow for reactions that are not feasible under normal circumstances.
在化学加工中，超临界条件允许在正常情况下不可能进行的反应发生。
The ultracritical reactor design enables the safe and controlled testing of nuclear fuels under intense conditions.
超临界反应堆设计能够安全且控制地在极端条件下测试核燃料。
Ultracritical fluid chromatography (UFC) is a powerful analytical tool for separating complex mixtures.
超临界流体色谱(UFC)是一种分离复杂混合物的强大分析工具。
At ultracritical pressures, substances exhibit properties between those of gases and liquids, facilitating unique applications.
在超临界压力下，物质表现出介于气体和液体之间的性质，促进了独特的应用。
The study of materials' behavior under ultracritical environments is crucial for advancing high-temperature, high-pressure technologies.
研究材料在超临界环境下的行为对于推进高温高压技术至关重要。
Ultracritical heat exchangers are designed to handle extreme conditions, improving energy transfer in industrial processes.
超临界热交换器设计用于处理极端条件，提高了工业过程中能量的传递效率。
In pharmaceuticals, the use of ultracritical carbon dioxide for drug formulation ensures purity and reduces environmental impact.
在制药领域，使用超临界二氧化碳进行药物配方确保了纯度并减少了对环境的影响。