dark ground illumination (Meaning)
dark ground illumination (n)
a form of microscopic examination of living material by scattered light; specimens appear luminous against a dark background
Synonyms & Antonyms of dark ground illumination
No Synonyms and anytonyms found
dark ground illumination Sentence Examples
- Dark ground illumination is an optical technique used in microscopy to enhance contrast.
- With dark ground illumination, specimens appear bright against a dark background, providing improved visibility.
- Dark ground illumination is particularly useful for observing unstained, transparent specimens.
- By blocking direct light and allowing only oblique rays to reach the specimen, dark ground illumination creates a striking visual effect.
- Dark ground illumination is commonly used in microbiology to study living organisms such as bacteria and yeast.
- The use of dark ground illumination enables researchers to observe the fine structures and movements of microorganisms with greater clarity.
- In dark ground illumination, specialized condensers are employed to direct light at steep angles, resulting in the desired contrast effect.
- Dark ground illumination is also utilized in the examination of thin sections of tissues and materials in materials science.
- Microscopes equipped with dark ground illumination are essential tools in fields such as cell biology, pathology, and materials analysis.
- By providing high contrast images without the need for staining, dark ground illumination enhances the capabilities of light microscopy for a wide range of applications.
FAQs About the word dark ground illumination
a form of microscopic examination of living material by scattered light; specimens appear luminous against a dark background
No synonyms found.
No antonyms found.
Dark ground illumination is an optical technique used in microscopy to enhance contrast.
With dark ground illumination, specimens appear bright against a dark background, providing improved visibility.
Dark ground illumination is particularly useful for observing unstained, transparent specimens.
By blocking direct light and allowing only oblique rays to reach the specimen, dark ground illumination creates a striking visual effect.
