Pyrolysis (热解)
“Pyrolysis”是一个名词,指的是在没有氧气的情况下,物质(通常是有机物质)在高温下分解的过程。这一过程广泛应用于废物处理和能源生产。该词没有明显的形容词形式,但在相关领域中可以与其他形容词结合使用,例如“pyrolytic”(热解的)。
词语辨析与扩充
“Pyrolysis” vs “Gasification”: Pyrolysis 是将有机物质转化为气体、液体和固体残留物,而Gasification 是将固体或液体燃料转化为可燃气体的过程。
“Pyrolysis” vs “Combustion”: Pyrolysis 在缺氧条件下进行,而Combustion 需要氧气才能燃烧。
近义词与反义词
近义词: Thermal decomposition (热分解), Destructive distillation (干馏)
反义词: Combustion (燃烧), Oxidation (氧化)
词典参考
柯林斯词典:Pyrolysis is the process of breaking down organic materials at high temperatures in the absence of oxygen.
牛津词典:Pyrolysis refers to the thermal decomposition of materials at elevated temperatures without the participation of oxygen.
例句
The process of pyrolysis can convert biomass into useful fuels.
热解过程可以将生物质转化为有用的燃料。
During pyrolysis, organic materials decompose into gases, liquids, and char.
在热解过程中,有机材料分解成气体、液体和炭。
Pyrolysis is an effective method for managing waste materials.
热解是一种有效的废物管理方法。
The pyrolytic conversion of plastics can help reduce landfill waste.
塑料的热解转化可以帮助减少填埋废物。
Researchers are exploring pyrolysis to produce biofuels from agricultural waste.
研究人员正在探索利用热解从农业废物中生产生物燃料。
By using pyrolysis, we can extract valuable chemicals from tires.
通过使用热解,我们可以从轮胎中提取有价值的化学物质。
The pyrolysis of coal produces gas that can be used for energy.
煤的热解产生的气体可以用作能源。
Various factors affect the efficiency of pyrolysis, including temperature and feedstock type.
影响热解效率的因素有多种,包括温度和原料类型。
The pyrolysis process requires careful control to maximize yield.
热解过程需要精心控制以最大化产量。
Studies show that pyrolysis can significantly reduce organic waste volume.
研究表明,热解可以显著减少有机废物的体积。
The char produced from pyrolysis can be used as a soil amendment.
热解产生的炭可以用作土壤改良剂。
Through pyrolysis, energy can be recovered from municipal solid waste.
通过热解,可以从城市固体废物中回收能源。
Innovative technologies are enhancing pyrolysis efficiency.
创新技术正在提高热解的效率。
The environmental benefits of pyrolysis include reduced emissions.
热解的环境好处包括减少排放。
Many industries are adopting pyrolysis as a sustainable waste management solution.
许多行业正在采用热解作为可持续的废物管理解决方案。
Understanding the pyrolysis process is essential for optimizing biofuel production.
了解热解过程对于优化生物燃料生产至关重要。
Efforts are being made to improve the pyrolysis technology for better energy recovery.
正在努力改进热解技术以更好地回收能源。
The economics of pyrolysis depend on feedstock availability and market conditions.
热解的经济性取决于原料的可获得性和市场情况。
The future of waste management may heavily rely on pyrolysis technologies.
未来的废物管理可能会在很大程度上依赖于热解技术。