Results 221 to 230 of about 382,937 (283)
Realization of High-Power Single-Frequency Continuous-Wave Tunable 689 nm Laser. [PDF]
Micromachines (Basel)Wei J, Qiao J, Jin P, Su J, Lu H.
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Electrothermally tunable cholesteric liquid crystal laser achieving 130 nm range with high circular polarization purity (|g| ≥ 1.4). [PDF]
Sci RepJeong MY, Kwak K.
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Optical isolation and circulation using quantum frequency conversion on a chip. [PDF]
Sci AdvHu J, Yuan H, Akin J, Fan S, Fang K.
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Perovskite nanocrystals-in-glass hierarchical structures enable stable continuous-wave random lasers. [PDF]
Sci AdvLi X +8 more
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Analytical Chemistry, 1969 Three ways have already been found of tuning lasers to emit light of particular wavelengths chosen from a wide range.
Hanna, D.C., Smith, R.C.
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Optics Letters, 2016
We report the demonstration of a tunable dysprosium laser. The experiment employed in-band pumping of a Dy3+-doped fluoride fiber and a simple resonator design involving a ruled diffraction grating. The laser produced tuning between 2.95 and 3.35 μm, limited by the availability of optics.
Matthew R, Majewski, Stuart D, Jackson
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We report the demonstration of a tunable dysprosium laser. The experiment employed in-band pumping of a Dy3+-doped fluoride fiber and a simple resonator design involving a ruled diffraction grating. The laser produced tuning between 2.95 and 3.35 μm, limited by the availability of optics.
Matthew R, Majewski, Stuart D, Jackson
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Journal of Physics D: Applied Physics, 1979
The tuning of an atomic iodine photodissociation laser over 11 wavenumbers is reported. The Zeeman effect is used to tune the laser, which is operated in a longitudinal magnetic field of up to 75 kG.
Fill, E., Thieme, W., Volk, R.
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The tuning of an atomic iodine photodissociation laser over 11 wavenumbers is reported. The Zeeman effect is used to tune the laser, which is operated in a longitudinal magnetic field of up to 75 kG.
Fill, E., Thieme, W., Volk, R.
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Tunable Lasers in Ophthalmology
Ophthalmologica, 2010The present status of laser application in clinical ophthalmology is breifly reviewed. The potentials of tunable dye lasers as retinal photocoagulators are discussed. Selective irradiation of ocular tissues over the full visible spectrum and the simplicity and reliability of recently developed waveguide lasers are the most attractive features of these ...
R, Brancato +3 more
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Annual Meeting Optical Society of America, 1988
Tunable lasers are routinely used in scientific investigations and are now finding application in areas such as medicine and remote sensing. The tutorial covers the basic physics of tunable laser media as well as elements of laser technology specific to tunable systems.
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Tunable lasers are routinely used in scientific investigations and are now finding application in areas such as medicine and remote sensing. The tutorial covers the basic physics of tunable laser media as well as elements of laser technology specific to tunable systems.
openaire +2 more sources