固有转换英文解释翻译、固有转换的近义词、反义词、例句
英语翻译：
【计】 inherited translation
分词翻译：
固有的英语翻译：
be indigenous to; inhere
【电】 natural
转换的英语翻译：
change; shift; switch; transform; transition
【计】 change-over; conversion; convert; cut-over; handover; translate
translating; translation
【经】 convert; switching
网络扩展解释
固有转换
固有转换（gù yǒu zhuǎn huàn）是指在一定条件下物质形态发生转变的现象。它是指由于物质本身的属性或者外在环境的作用，导致物质形态发生转化的过程。
英文解释
The English translation of 固有转换 is "intrinsic transformation". It refers to the phenomenon that the form of a substance changes under certain conditions. It is the process of substance form transformation caused by the intrinsic properties of the substance or the external environment.
英文读音
The pronunciation of 固有转换 in English is "gù yǒu zhuǎn huàn". The closest pronunciation may be "goo yo jwun hwan".
英文用法
The usage of intrinsic transformation in English refers to the transformation of the form of a substance due to its intrinsic properties or external environment. It can be used in chemistry, physics or biology to describe various processes such as phase transformation and metabolic pathway.
英文例句
- The intrinsic transformation of water into ice is an example of solidification.
- The intrinsic transformation of carbon dioxide from a gas to a solid is called deposition.
- Metabolism involves a series of intrinsic transformation reactions within living cells.
英文近义词
- Inherent transformation：refers to the natural properties that determine a substance's transformation.
- Native conversion：refers to the conversion that occurs within the substance itself without outside influence.
- Endogenous change：refers to the transformations that are driven by the substance due to internal factors.
英文反义词
- Mediated transformation：refers to the transformation that occurs through external influence or mediation.
- Environmental conversion：refers to the transformation that is caused by external factors.
- Exogenous modification：refers to the modification that is caused by external intervention or modification.
英文单词常用度
The term "intrinsic transformation" is commonly used in the fields of science and technology, especially in chemistry, physics or biology. It is not a commonly used term in everyday life. Therefore, it is important to use it appropriately and accurately in the scientific field when needed.