Αποτελέσματα Αναζήτησης
The substage condenser gathers light from the microscope light source and concentrates it into a cone of light that illuminates the specimen with uniform intensity over the entire viewfield. It is critical that the condenser light cone be properly adjusted to optimize the intensity and angle of light entering the objective front lens.
- Français (French)
Français (French) - Anatomy of a Microscope - Substage...
- Deutsch (German)
Deutsch (German) - Anatomy of a Microscope - Substage...
- 한국어 (Korean)
한국어 (Korean) - Anatomy of a Microscope - Substage Condensers...
- Español (Spanish)
Español (Spanish) - Anatomy of a Microscope - Substage...
- Português (Portuguese)
Português (Portuguese) - Anatomy of a Microscope - Substage...
- Français (French)
The condenser lenses have the most utility at higher magnification powers like 400X and above and microscopes that have condenser lenses will be able to render a sharper image than those without and the 400X and above range.
Different brands and different models of microscopes position the key parts differently. When you first sit in front of a microscope, you should always take a second to find the key parts, especially the focus knobs, the condenser adjustment knob (if present), and the stage control knobs.
20 Δεκ 2023 · The condenser is crucial to microscopy, shaping image quality and precision. Its structure, resembling a cylinder or prism, is strengthened by adjustment mechanisms. It forms the basis for fine-tuning optics. The complex lens system guides and focuses light, enhancing specimen illumination.
Tissue culture microscopes have a condenser that is mounted above the stage, while epi-illumination microscopes (metallographs and their relatives) have a substage condenser that preceeds the objectives.
The condenser aids in the focusing of the light onto the specimen. It can be moved up and down using the condenser knob that is located on the left side of the stage. You should always have the condenser set in the highest position.
Condenser. Beneath the stage is a group of lenses that comprise the condenser. The condenser accepts parallel light rays produced by an illuminator and condenses them into a strong beam. It causes light rays from the light source to converge on the microscopic slide. The clarity of the image increases with the higher magnification of the condenser.