Microanalysis: meaning, definitions and examples

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microanalysis

 

[ ˌmaɪkroʊəˈnæləˌsɪs ]

Noun
Context #1 | Noun

scientific analysis

Microanalysis refers to the examination and analysis of very small quantities of materials, often at the microscopic level. This technique is essential in various scientific fields, including chemistry, biology, and materials science, where understanding the composition and structure of small samples is crucial for research and development.

Synonyms

elemental analysis, trace analysis

Examples of usage

  • Microanalysis of soil samples helped determine pollution levels.
  • The researcher performed microanalysis to identify the components of the tissue sample.
  • Microanalysis techniques were applied to study the paint layers on the artwork.

Translations

Translations of the word "microanalysis" in other languages:

🇵🇹 microanálise

🇮🇳 सूक्ष्मविश्लेषण

🇩🇪 Mikroanalyse

🇮🇩 mikroanalisis

🇺🇦 мікроаналіз

🇵🇱 mikroanaliza

🇯🇵 微細分析

🇫🇷 microanalyse

🇪🇸 microanálisis

🇹🇷 mikroanaliz

🇰🇷 미세 분석

🇸🇦 التحليل المجهري

🇨🇿 mikroanalýza

🇸🇰 mikroanalýza

🇨🇳 微观分析

🇸🇮 mikroanaliza

🇮🇸 smágreining

🇰🇿 микроанализ

🇬🇪 მიკროანალიზი

🇦🇿 mikroanaliz

🇲🇽 microanálisis

Word origin

The word 'microanalysis' is derived from two Greek roots: 'mikros', meaning 'small', and 'analysis', meaning 'a breaking up'. The term began to be used in the late 19th century as scientific techniques advanced and the need for analyzing minute quantities of substances arose. Initially, microanalysis was associated with the field of chemistry but progressively expanded to include biology, materials science, and other scientific disciplines. As technology has improved, especially with the advent of advanced microscopy and analytical instruments, the practice of microanalysis has become an integral part of research methodologies, allowing scientists to gain insights at an unprecedented scale. The evolution of the word reflects the growing importance of precision in scientific analysis, highlighting the shift towards investigating the microstructures of materials and biological specimens.