汉布格氏离子转移定律英文解释翻译、汉布格氏离子转移定律的近义词、反义词、例句
英语翻译：
【医】 Hamberger's law; Hamburger's law
分词翻译：
汉的英语翻译：
Chinese; man布的英语翻译：
cloth; fabric【建】 cloth
格的英语翻译：
case; division; metre; square; standard; style【计】 lattice
氏的英语翻译：
family name; surname离子的英语翻译：
ion【化】 ion
【医】 ion
转移的英语翻译：
convey; shift; transfer; call away; change; devolve; displace; divert【计】 handover; jump; XFER
【化】 metastasis
【医】 abevacuation; diadexis; extensioin per saltam; metabasis; metachoresis
metaptosis; metastasis; metastasize; shift; transfer; transference
transport
【经】 alienation; transmission
定律的英语翻译：
law【化】 law
【医】 law
网络扩展解释
汉布格氏离子转移定律
汉布格氏离子转移定律 (Hammett's acid-base theory)，又称汉布格氏方程式，是测量溶液中酸性或碱性物质强度的一种方法。汉布格氏离子转移定律可用数学公式表示：
pKa = pK + log([A-]/[HA])
其中，pKa表示弱酸或弱碱的酸解离常数，pK表示参比化合物的酸解离常数，[A-]表示弱酸或弱碱的共轭碱的浓度，[HA]表示弱酸或弱碱的浓度。
英语解释
Hammett's acid-base theory, also known as the Hammett equation, is a method for measuring the strength of acidic or basic substances in a solution. The Hammett equation can be expressed as the mathematical formula:
pKa = pK + log([A-]/[HA])
where pKa represents the acid dissociation constant of a weak acid or weak base, pK represents the acid dissociation constant of a reference compound, [A-] represents the concentration of the conjugate base of a weak acid or weak base, and [HA] represents the concentration of the weak acid or weak base.
英文读音
Hammett's acid-base theory: /'hæmɪts/; Hammett equation: /'hæmɪt/
英文用法
The Hammett equation is commonly used in organic chemistry to measure the strength of acids and bases. It is also used in biochemistry and environmental science.
英文例句
The Hammett equation has been used to study the acidity of various organic compounds in solution.
Researchers used the Hammett equation to investigate the effect of pH on enzyme activity in the human body.
英文近义词
Other methods for measuring the strength of acids and bases include the Brønsted-Lowry theory and the Lewis theory.
英文反义词
The opposite of an acid is a base, and the opposite of a weak acid is a strong acid.
英文单词常用度
The Hammett equation is a specialized term that is most commonly used in the field of chemistry. It is not commonly encountered in everyday conversation or writing.