achromatic lenses in Vietnamese

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Sentence patterns related to "achromatic lenses"

1. Achromats are also known as achromatic lenses

2. Achromatic lenses are typically composed of multiple elements cemented together

3. Achromatic Lenses are used to minimize or eliminate chromatic aberration

4. Our Achromatic lenses are offered mounted, unmounted, and in matched pairs.

5. Our Achromatic lenses are offered mounted, unmounted, and in matched pairs

6. Achromatic Lenses Thorlabs' Achromatic lenses cover the 240 - 410 nm, 400 - 700 nm, 650 - 1050 nm, 1050 - 1620 nm, 3 - 5 µm, and 8 - 12 µm wavelength ranges

7. Achromatic Lenses are ideal for a range of applications, including fluorescence microscopy, image relay, inspection, or spectroscopy.

8. Childe used achromatic lenses and an improved oil-lamp; and moved to the limelight, then associated with Thomas Drummond.

9. Unlike singlet lenses, Achromatic lenses have constant focal length independent of aperture and operating wavelength and have superior off-axis performance.

10. In the 1820s, achromatic lenses were developed, and their use in compound microscopes provided investigators with the clearest images yet of tissue samples.

11. Aspherical achromatic lenses consist of two cemented elements which provide superior color correction and the smallest RMS spot size closest to the diffraction limit

12. An excellent image brilliance is among others guaranteed by the DOCTER®multitop multi-coating, the achromatic lenses and an exit pupil of 7.25 mm.

13. The Achromatic design also helps minimize spherical aberrations. Achromatic Lenses are ideal for a range of applications, including fluorescence microscopy, image relay, inspection, or spectroscopy.

14. (Later, when glasses with a variety of refractive properties became available, achromatic lenses became possible. ) In 1671 the Royal Society asked for a demonstration of his reflecting telescope.

15. Thorlabs' Achromatic lenses cover the 240 - 410 nm, 400 - 700 nm, 650 - 1050 nm, 1050 - 1620 nm, 3 - 5 µm, and 8 - 12 µm wavelength ranges

16. They can be used in optical systems such as lenses, prisms, corrected lens systems, achromatic lenses, lighting and projection systems, waveguides, optical coatings and substrates for optical coatings.

17. These three glass plates are then stacked on top of one another, and channel also contains two achromatic lenses: the light therefore passes through a total of eight lenses.

18. Achromatic lenses, such as camera objectives, have a large form factor due to their composite nature, which imposes a bottleneck to next-generation optical systems such as wearable display in terms

19. Hall wished to keep his work on the achromatic lenses a secret and contracted the manufacture of the crown and flint lenses to two different opticians, Edward Scarlett and James Mann.

20. The intraocular lens system may also include single or multiple lenses within the vitreal chamber of the eye and/or an intracorneal lamellar inlay, achromatic lenses or Schmidt-type mirrored lenses.

21. Chester Moore Hall (9 December 1703, Leigh, Essex, England – 17 March 1771, Sutton, Surrey) was a British lawyer and inventor who produced the first achromatic lenses in 1729 or 1733 (accounts differ).

22. The phase-corrected roof prism reversal system in conjunction with a 5-lens eyepiece and achromatic lenses guarantees maximum optical performance for the product lines DOCTER®8x42 BCF and 10x42 BCF.

23. Apochromatic (ED APO) lenses are designed to bring all the colors into focus in the same plane where as Achromatic lenses are corrected to bring two wavelengths into focus in the same plane.

24. The Achromatic lens consists of a double convex lens of crown glass combined with a plano-concave lens of flint glass. PHYSICS WILLIS EUGENE TOWER Achromatic lenses are used in all high-grade optical instruments such as telescopes and …

25. And the optical components, if you look at the inset up on the right, we had to figure out a way to manufacture lenses in paper itself at really high throughputs, so it uses a process of self-assembly and surface tension to build achromatic lenses in the paper itself.