aplanatism Antonyms
No Synonyms and anytonyms found
Meaning of aplanatism
Webster
aplanatism (n.)
Freedom from spherical aberration.
aplanatism Sentence Examples
- Aplanatism is a crucial concept in optics, referring to the correction of aberrations in optical systems to achieve clear and distortion-free images.
- Optical engineers employ aplanatism techniques to design lenses that minimize spherical and chromatic aberrations for improved image quality.
- The aplanatism of the microscope optics allowed scientists to conduct precise observations of cellular structures at the microscopic level.
- Telescopes with a high degree of aplanatism are preferred for astronomical observations, providing astronomers with accurate and detailed views of celestial objects.
- Camera lenses featuring aplanatism are prized by photographers for their ability to capture sharp and true-to-life images.
- Aplanatism plays a vital role in the design of eyeglasses, ensuring that wearers experience minimal distortion and clear vision.
- The optical system in modern projectors incorporates aplanatism to project sharp and focused images on screens.
- Aplanatism is a constant consideration in the development of virtual reality headsets, aiming to create immersive and distortion-free visual experiences.
- Microscopy techniques benefit greatly from advancements in aplanatism, allowing researchers to explore biological specimens with unprecedented clarity.
- Aplanatism is a key factor in the innovation of optical instruments across various fields, continually pushing the boundaries of what is achievable in imaging technology.
FAQs About the word aplanatism
Freedom from spherical aberration.
No synonyms found.
No antonyms found.
Aplanatism is a crucial concept in optics, referring to the correction of aberrations in optical systems to achieve clear and distortion-free images.
Optical engineers employ aplanatism techniques to design lenses that minimize spherical and chromatic aberrations for improved image quality.
The aplanatism of the microscope optics allowed scientists to conduct precise observations of cellular structures at the microscopic level.
Telescopes with a high degree of aplanatism are preferred for astronomical observations, providing astronomers with accurate and detailed views of celestial objects.
