示差极谱法英文解释翻译、示差极谱法的近义词、反义词、例句
英语翻译：
【化】 differential polarography
分词翻译：
示的英语翻译：
instruct; notify; show
差的英语翻译：
differ from; difference; dispatch; errand; mistake
极谱法的英语翻译：
【化】 polarography
网络扩展解释
示差极谱法
示差极谱法 (shì chā jí pǔ fǎ) 是一种分析测试技术，用于测量样品中的矿物质含量和元素组成。该方法基于原子光谱学，通过测量样品产生的光谱差异来进行分析。
英语解释翻译
The translation of "示差极谱法" in English is "differential spectrum method". It is an analytical testing technique used to measure the mineral content and elemental composition in a sample. The method is based on atomic spectroscopy and analyzes the sample by measuring the differences in generated spectra.
英文读音
The pronunciation of "示差极谱法" in English is "dee-fer-en-shuhl spek-truhm meth-uhd".
英文的用法（中文解释）
In English, the term "differential spectrum method" refers to the analytical technique that is used to measure the mineral content and elemental composition in a sample. It is commonly used in scientific research and various industries, such as geology, environmental science, and material analysis.
英文例句（包含中文解释）
1. The differential spectrum method is widely employed in geological surveys to determine the mineral composition of rock samples. (示差极谱法广泛应用于地质调查，以确定岩石样品的矿物组成。)
2. Researchers utilized the differential spectrum method to analyze the chemical elements present in the soil samples. (研究人员运用示差极谱法分析土壤样品中的化学元素。)
英文近义词（包含中文解释）
1. Spectroscopic method - a similar technique that utilizes spectral analysis to determine the composition of a sample. (光谱法 - 一种类似的技术，利用光谱分析确定样品的组成。)
2. Atomic absorption spectroscopy - a specific form of spectroscopic method that focuses on measuring the absorption of light by atomic species. (原子吸收光谱法 - 一种特定的光谱法，专注于测量原子物种对光的吸收。)
英文反义词（包含中文解释）
1. Spectral imaging - a technique that captures and analyzes the full spectral information of an object or sample. (光谱成像 - 一种捕捉和分析物体或样品完整光谱信息的技术。)
2. Bulk analysis - a method that determines the overall composition of a sample without focusing on spectral differences. (整体分析 - 一种在不关注光谱差异的情况下确定样品的总体组成的方法。)
英文单词常用度
The term "differential spectrum method" is a technical term primarily used in scientific and analytical contexts. It may not be a commonly used term in everyday English conversations but is well-known among professionals in related fields.