氢化裂解作用英文解释翻译、氢化裂解作用的近义词、反义词、例句
英语翻译：
【化】 hydrogenolytic cleavage
分词翻译：
氢化的英语翻译：
【化】 hydrogenation
【医】 hydrogenate; hydrogenation; hydrogenize
裂解的英语翻译：
【化】 decomposition; fragmentation; pyrolysis
作用的英语翻译：
affect; effect; intention; action; motive; operation
【医】 action; effect; process; role
【经】 role
网络扩展解释
氢化裂解作用
氢化裂解作用的中文拼音为“qīng huà liè jiě zuò yòng”，意思是将分子或化合物分解成更小的分子，同时加氢生成新的化合物。在化工和石油行业，氢化裂解作用是制取烃类化合物的重要工艺。
英语解释翻译
The English translation for 氢化裂解作用 is Hydrocracking. It refers to the process of breaking down larger hydrocarbon molecules into smaller ones through the use of hydrogen. Hydrocracking is an essential process in the petroleum industry for producing various types of fuels and chemicals.
英文读音
The English pronunciation for Hydrocracking is /ˌhaɪdrəˈkrækɪŋ/.
英文的用法
The term Hydrocracking is mainly used in the field of petroleum engineering and chemistry to describe the process of breaking larger hydrocarbon molecules into smaller ones by means of hydrogen.
英文例句
- Hydrocracking is the most efficient way to convert heavy crude oil into gasoline and diesel fuel. （氢化裂解是将重质原油转化为汽油和柴油的最有效的方法。）
- Hydrocracking is a form of catalytic cracking that is often used in the petroleum refining industry. （氢化裂解是一种催化裂解技术，在石油炼制行业中经常使用。）
英文近义词
- Hydrotreating: This is a process that uses hydrogen to remove impurities from crude oil and other hydrocarbons before processing them further. （加氢处理：这是一种使用氢气从原油和其他烃类中去除杂质的处理技术，在进一步加工前使用。）
- Cracking: This is a process of breaking down larger hydrocarbon molecules into smaller ones, often by heat or catalysts. （裂解：这是一种将较大的烃类分子分解成较小的分子的过程，通常使用热或催化剂。）
英文反义词
- Hydrogenation: This is a process of adding hydrogen to a molecule in order to make it more saturated or less reactive. （氢化：这是一种将氢气加到分子中，使其更加饱和或不那么活泼的过程。）
- Dehydrogenation: This is a process of removing hydrogen from a molecule to make it more unsaturated or reactive. （脱氢：这是一种从分子中去除氢气，使其更不饱和或更活泼的过程。）
英文单词常用度
The term Hydrocracking is a specialized technical term that is commonly used in the field of petroleum engineering and chemistry. Outside of these fields, it is not a widely recognized term.