维里定理英文解释翻译、维里定理的近义词、反义词、例句
英语翻译：
【化】 virial theorem
分词翻译：
维的英语翻译：
dimension; maintain; preserve; thought; tie up
【化】 dimension
里的英语翻译：
inner; liner; lining; neighbourhood
【法】 knot; sea mile
定理的英语翻译：
theorem
【化】 theorem
【医】 theorem
网络扩展解释
维里定理（Wéi Lǐ Dìng Lǐ）
维里定理（Wéi Lǐ Dìng Lǐ），又称为维里热力学定理，是热力学中的一项重要定理。该定理由法国物理学家皮埃尔·璜维里（Pierre Duhem）于19世纪末提出，并由奥地利物理学家埃尔温·柯西（Erwin Schrödinger）于20世纪初进一步发展与推广。维里定理是关于化学反应中能量变化与反应条件的关系的描述。
英文解释翻译（Translation and Explanation in English）
The Virey's theorem, also known as Virey's law of thermodynamics, is an important theorem in thermodynamics. This theorem was formulated by the French physicist Pierre Duhem in the late 19th century, and further developed and popularized by the Austrian physicist Erwin Schrödinger in the early 20th century. Virey's theorem describes the relationship between energy changes and reaction conditions in chemical reactions.
英文读音（English Pronunciation）
[vɪəˈreɪz θɪərəm]
英文的用法（中文解释）（Usage in English）
In English, Virey's theorem is commonly used in the field of thermodynamics and chemistry to explain the relationship between energy changes and reaction conditions. It is often taught in advanced science courses and used in research and experimentation.
英文例句（包含中文解释）（Example Sentences in English）
1. According to Virey's theorem, an increase in temperature will lead to a higher rate of reaction. （根据维里定理，温度的增加会导致反应速率的增加。） 2. Virey's theorem can be applied to calculate the enthalpy change of a chemical reaction. （维里定理可以用于计算化学反应的焓变。）
英文近义词（包含中文解释）（Synonyms in English）
1. Schrödinger's theorem: a similar theorem proposed by Erwin Schrödinger. （薛定谔定理：由埃尔温·薛定谔提出的类似定理。） 2. Duhem's law: another name for Virey's theorem. （杜安定律：维里定理的另一个名称。）
英文反义词（包含中文解释）（Antonyms in English）
There are no specific antonyms for Virey's theorem as it is a scientific principle rather than a concept with opposites. （维里定理没有特定的反义词，因为它是一条科学原理，而不是有对立概念。）
英文单词常用度（Frequency of English Word）
The frequency of the word "Virey's theorem" in the English language may vary depending on the context and field of study. It is more commonly used in scientific and academic literature, textbooks, and professional discussions related to thermodynamics and chemistry.