Шуранова русскоязычные
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| − | Fibers | Photonic crystal fibers | Gas-filled hollow-core | + | Тема: Fibers | Photonic crystal fibers | Gas-filled hollow-core |
| − | + | ||
| + | Ключевые слова: | ||
| + | Fibers | ||
Photonic crys... | Photonic crys... | ||
Optical fibers | Optical fibers | ||
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Optical fiber fabrication | Optical fiber fabrication | ||
Spontaneous emission | Spontaneous emission | ||
| + | Energy gap | ||
| + | Infrared radiation | ||
| + | Stimulated Raman scattering | ||
| + | Pumping (laser) | ||
| + | Polarization | ||
| + | Dispersion (waves) | ||
| + | Bandwidth | ||
| + | Photonic band gap | ||
| + | Light | ||
| + | Hydrogen | ||
| + | Optical communication | ||
| + | Infrared devices | ||
| + | Ultrafast lasers | ||
| + | Photonic crystals | ||
| + | Waveguides | ||
| + | Fiber amplifiers | ||
| + | Laser pulses | ||
| + | Wave transmission | ||
| + | Glass | ||
| + | Harmonic generation | ||
| + | Single mode fibers | ||
| + | Amplifiers (electronic) | ||
| + | Rings (components) | ||
| + | Optical fiber communication | ||
| + | Applications | ||
| + | Design | ||
| + | Ytterbium | ||
| + | Optics | ||
| + | Conversion efficiency | ||
| + | Electromagnetic pulse | ||
| + | High power lasers | ||
| + | Phase matching | ||
| + | Pulsed lasers | ||
| + | Demonstrations | ||
| + | Vacuum | ||
| + | Laser beams | ||
| + | Fiber optics | ||
| + | Linewidth | ||
| + | Measurements | ||
| + | Birefringence | ||
| + | Resonance | ||
| + | Xenon | ||
| + | Air | ||
| + | Argon | ||
| + | Solids | ||
| + | Plasmas | ||
| + | Capillarity | ||
| + | Efficiency | ||
| + | Ethane | ||
| + | Functions | ||
| + | Methane | ||
| + | Luminance | ||
| + | Defects | ||
Energy gap | Energy gap | ||
Infrared radiation | Infrared radiation | ||
Версия 09:57, 11 марта 2020
Тема: Fibers | Photonic crystal fibers | Gas-filled hollow-core
Ключевые слова: Fibers Photonic crys... Optical fibers Losses Photonic bandgap fibers Crystal whiskers Fiber lasers Cladding (coating) Wavelength Optical pumping Gases Nonlinear optics Ultrashort pulses Silica Photonics Transmissions Gas lasers Supercontinuum generation Pulse compression Lasers Solitons Acetylene Optical fiber fabrication Spontaneous emission Energy gap Infrared radiation Stimulated Raman scattering Pumping (laser) Polarization Dispersion (waves) Bandwidth Photonic band gap Light Hydrogen Optical communication Infrared devices Ultrafast lasers Photonic crystals Waveguides Fiber amplifiers Laser pulses Wave transmission Glass Harmonic generation Single mode fibers Amplifiers (electronic) Rings (components) Optical fiber communication Applications Design Ytterbium Optics Conversion efficiency Electromagnetic pulse High power lasers Phase matching Pulsed lasers Demonstrations Vacuum Laser beams Fiber optics Linewidth Measurements Birefringence Resonance Xenon Air Argon Solids Plasmas Capillarity Efficiency Ethane Functions Methane Luminance Defects Energy gap Infrared radiation Stimulated Raman scattering Pumping (laser) Polarization Dispersion (waves) Bandwidth Photonic band gap Light Hydrogen Optical communication Infrared devices Ultrafast lasers Photonic crystals Waveguides Fiber amplifiers Laser pulses Wave transmission Glass Harmonic generation Single mode fibers Amplifiers (electronic) Rings (components) Optical fiber communication Applications Design Ytterbium
