Examples of using Ruby laser in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
Q switched ruby laser.
Ruby lasers are still used.
Efficiency of ruby laser is comparatively low.
Ruby lasers are still in use.
The first functional laser was a ruby laser.
Ruby Laser has a wavelength of 694nm.
Frequency-doubling of Argon ion, Cu-vapor and Ruby lasers. .
The Ruby laser provides for a more comfortable treatment.
The first type of laser was called a ruby laser.
The ruby laser is a solid-state laser. .
Rods of synthetic ruby are used to make ruby lasers and masers.
Some common ruby lasers include the EpiTouch and the Epilaser.
Synthetic ruby stems or glass are used to make ruby lasers and masers.
The ruby laser is a three level solid state laser. .
The first working laser was a ruby laser made by Theodore H.
Ruby laser is the prototype of all solid state lasers. .
A holographic portrait of Dennis Gaborwas produced in 1971 using a pulsed ruby laser.
The Ruby laser is best suited for those with lighter skin.
The light emitted from xenon lamps is also used tokill bacteria and to power ruby lasers.
Ruby Laser is the most common form of solid-state laser. .
In 1960, Theodore Maiman invented the ruby laser and Ali Javan the first gas laser. .
For a ruby laser, a crystal of ruby is formed into a cylinder.
By arranging mirrors orother means to pass emitted light through the crystal, a ruby laser in this way produces a high intensity of coherent red light.
Ruby lasers generate deep red beams by exciting chromium atoms;
By arranging mirrors orother ways to release light emitted repeatedly through crystals, the ruby laser in this way produces a very high coherent light intensity.
Ruby laser is one of the few solid-state lasers that produce visible light.
Suitable for UV laser, laser, Nd: glass laser, semiconductor laser, CO laser, Nd:garnet laser, ruby laser, CO2 laser, GaAs laser and other lasers. .
A ruby laser is a solid-state laser that uses a syntheticruby crystal as its gain medium.
Ruby lasers generate deep red beams by exciting chromium atoms; the lanthanides are also extensively employed in lasers. .