optical interference उदाहरण वाक्य

उदाहरण वाक्य

1. "' Olexander Smakula "'(, ) ( 1900, Dobrovody, Austria Hungary, today Ukraine & ndash; 17 May 1983, Auburn, Massachusetts, anti-reflective lens coatings based on optical interference.
2. For very large particles ( greater than 100 micrometers ) this may be the best method because it is least sensitive to other types of optical interferences.
3. In conventional laser-based gas spectrometers, the optical interference originates from e . g . etalon-type interference effects in ( or between ) optical components and multi-pass gas cells.
4. These requirements are inter-related, and it is essential to understand the nature of optical interference to see this . intensity which can occur when two light waves are superimposed.
5. The company is among a handful in the country that manufacture optical interference filters, the glass filters that help certain microscopes and telescopes filter light, and provided filters for the Hubble space telescope.
6. Because the frequency of light waves ( ~ 10 14 Hz ) is too high to be detected by currently available detectors, it is possible to observe only the intensity of an optical interference pattern.
7. Very different from a scaled-up Hubble, it is designed to operate colder and farther away from the Earth at the L2 Lagrangian point, where thermal and optical interference from the Earth and Moon are lessened.
8. Another class of methods applicable only to supported bilayers is those based on optical interference such as fluorescence interference contrast microscopy ( FLIC ) and reflection interference contrast microscopy ( RICM ) or interferometric scattering microscopy ( iSCAT ).
9. This issue was not caught before the release of the Raspberry Pi 2 because while commercial electronic devices are routinely subjected to tests of susceptibility to radio interference, it is not standard or common practice to test their susceptibility to optical interference.
10. Optical engineering impacts modern devices and systems involved in communication, display, data storage, illumination and remote sensing . * Basic optical principles, including geometrical optics, optical aberration, diffraction theory, optical interference, and crystal optics . * Light source, detectors, radiometry, photometry and colorimetry . * Trends / state-of-the-art in optical technologies / devices, including holography storage, fiber communication, optical testing and optical display"