Numerical Aperture in a sentence
(1) The numerical aperture of a lens affects the depth of focus.
(2) The numerical aperture of a camera lens affects the depth of field.
(3) The numerical aperture of a laser beam affects its focusing ability.
(4) The numerical aperture of a lens affects the resolution of an image.
(5) The numerical aperture of a lens affects the size of the focused spot.
(6) A higher numerical aperture allows for better resolution in microscopy.
(7) A larger numerical aperture allows for a wider acceptance angle of light.
(8) The numerical aperture of a telescope affects its ability to gather light.
(9) The numerical aperture of an optical fiber affects its bandwidth capacity.
(10) The numerical aperture of a lens affects the angle at which light rays enter.
Numerical Aperture sentence
(11) The numerical aperture of a microscope objective determines its resolving power.
(12) A higher numerical aperture results in a larger cone of light entering the lens.
(13) The numerical aperture of a camera lens affects the depth of field in the image.
(14) The numerical aperture of the lens determines the amount of light that can enter.
(15) The numerical aperture of an optical fiber affects its ability to transmit light.
(16) The numerical aperture of a fiber optic cable affects its transmission efficiency.
(17) The microscope's optical lens has a high numerical aperture for better resolution.
(18) The numerical aperture of a lens affects the amount of light that can be collected.
(19) The microscope's object lens has a high numerical aperture for improved resolution.
(20) The numerical aperture of a microscope objective determines its magnification power.
Numerical Aperture make sentence
(21) The numerical aperture of the microscope lens determines the resolution of the image.
(22) The optical lens in the microscope has a high numerical aperture for better resolution.
(23) The numerical aperture of a microscope objective lens is typically between 0.1 and 1.4.
(24) The numerical aperture of a lens affects the amount of aberrations present in the image.
(25) The numerical aperture of an optical system determines its ability to capture fine details.
(26) The critical angle is used in the calculation of the numerical aperture of an optical system.
(27) The numerical aperture of a lens affects the amount of light that can be focused onto a film.
(28) The numerical aperture of a lens affects the amount of light that can be focused onto a pixel.
(29) The numerical aperture of a lens can be increased by using a higher refractive index material.
(30) The numerical aperture of a lens affects the amount of light that can be focused onto a sensor.
Sentence of numerical aperture
(31) The numerical aperture of a lens affects the amount of light that can be focused onto a target.
(32) The numerical aperture of a lens affects the amount of light that can be focused onto a sample.
(33) The numerical aperture of a lens affects the amount of light that can be transmitted through it.
(34) The numerical aperture of a lens affects the amount of light that can be focused onto a subject.
(35) The numerical aperture of a lens is an important factor in determining the quality of the image.
(36) The numerical aperture of a lens affects the amount of light that can be focused onto a detector.
(37) The numerical aperture of a lens affects the amount of light that can be focused onto a specimen.
(38) The scientist used a microscope with a high numerical aperture object lens for enhanced resolution.
(39) A larger numerical aperture allows for better light collection and higher resolution in microscopy.
(40) The numerical aperture of a lens affects the amount of light that can be collected from a distant object.
(41) The numerical aperture of a lens can be calculated using the refractive index and the angle of acceptance.
(42) The numerical aperture of a lens is a key factor in determining the amount of light that can be collected.
(43) The numerical aperture of a lens affects the amount of light that can be captured by a photosensitive surface.
(44) The numerical aperture of a lens affects the amount of light that can be focused onto a photosensitive element.
(45) The numerical aperture of a lens is calculated by dividing the refractive index by the sine of the half-angle of the cone of light.
Numerical Aperture meaning
Numerical aperture (NA) is a term commonly used in the field of optics and microscopy to describe the light-gathering ability of an optical system. It is a crucial parameter that determines the resolving power and depth of field of a microscope or lens. Understanding how to use the term "numerical aperture" in a sentence can help clarify its meaning and enhance your communication in scientific discussions. Here are some tips on incorporating this phrase effectively:
1. Define the term: When introducing the term "numerical aperture" in a sentence, it is essential to provide a brief definition or explanation.
For example, "Numerical aperture, often abbreviated as NA, is a measure of the light-gathering ability of an optical system."
2. Contextualize its significance: To convey the importance of numerical aperture, it is helpful to provide context within your sentence. For instance, "The numerical aperture of a microscope objective determines its ability to capture fine details and resolve closely spaced objects."
3. Highlight its role in microscopy: If discussing microscopy, you can emphasize the role of numerical aperture in achieving high-resolution images.
For example, "By increasing the numerical aperture of the objective lens, researchers can improve the clarity and sharpness of microscopic images."
4. Compare different numerical apertures: When comparing different optical systems or lenses, you can use numerical aperture to differentiate their capabilities. For instance, "The numerical aperture of a 40x objective lens is higher than that of a 10x lens, allowing for greater light collection and improved image quality."
5. Discuss its relationship with other parameters: Numerical aperture is closely related to other optical parameters, such as magnification and working distance. You can incorporate these relationships into your sentence to provide a comprehensive understanding.
For example, "Increasing the magnification of a lens often results in a decrease in numerical aperture, limiting the amount of light collected."
6. Mention its impact on depth of field: Numerical aperture also affects the depth of field, which refers to the range of distances that appear in focus. You can include this aspect in your sentence to demonstrate a broader understanding. For instance, "A higher numerical aperture leads to a shallower depth of field, making it challenging to maintain focus on objects at different depths."
7. Utilize numerical values: To provide specific information, you can include numerical values of the numerical aperture in your sentence.
For example, "The microscope objective has a numerical aperture of 0.95, allowing for exceptional resolution and image quality."
8. Relate it to specific applications: Depending on the context, you can mention specific applications where numerical aperture plays a crucial role. For instance, "In confocal microscopy, a high numerical aperture is essential for capturing precise optical sections of thick specimens."
9. Consider the audience: When using the term "numerical aperture" in a sentence, it is important to consider your audience's familiarity with the subject. Adjust your sentence complexity accordingly, ensuring that it is accessible and understandable to your readers or listeners.
10. Proofread and revise: After constructing your sentence, review it for clarity, grammar, and coherence. Make sure the sentence effectively conveys the intended meaning and accurately uses the term "numerical aperture." By following these tips, you can confidently incorporate the term "numerical aperture" into your scientific discussions, enhancing your communication and facilitating a better understanding of this important optical parameter.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Numerical Aperture. They do not represent the opinions of TranslateEN.com.