Bismuth-doped optical fibers with complex doping profile
Optical fiber optics with a core based on consolidated nanoporous glass doped with bismuth, cerium or dysprosium
Erbium-doped fiber amplifiers with increased stimulated Brillouin scattering threshold
Photo- and thermally induced processes in optical fibers with a core made of bismuth-doped GeO2-SiO2 glass
Pulsed bismuth-doped fiber lasers generating in the range of 1.25 – 1.75 µm
Hollow revolver optical fibers with separate capillaries in a reflective cladding and their optical properties
Structures of optical fibers formed by glass elements of various compositions
Radiation resistance of optical fibers with a core made of undoped and germanium-doped silica in the near-IR range
Optical absorption and luminescent properties of epitaxial films (Pb,Gd)3AlxGa5O12 at 2<x<5, activated by cerium ions
Bismuth-doped active optical fibers for efficient near-infrared lasers
Single-mode ytterbium-doped pulsed fiber lasers with extremely high peak power and factors affecting their long-term reliability
Fabrication and study of glass microstructured optical fibers with high birefringence and low mode asymmetry
Optical fibers based on silica glass doped with bismuth or tellurium are laser media for the spectral region of 1550–1800 nm
New approaches to extracting structural information from high-resolution one-dimensional and two-dimensional NMR spectra
High-peak and high-average power fiber lasers based on double-clad erbium-doped fibers
Optical properties of fibers with a core of SiO2 and GeO2 glass doped with bismuth
Superluminescent sources of infrared radiation based on bismuth active fibers
Fabrication and spectroscopic study of optical fibers made of silica glass doped with bismuth or lead
Generation of subpicosecond pulses in various passively mode-locked thulium-doped fiber laser systems
Evolution of an ensemble of yttrium oxide nanoparticles in crystal formation processes
Spectroscopic properties of bismuth-doped chalcogenide glasses and simple halide crystals
Methods and measuring stands for studying the optical properties of bismuth-doped optical fibers
Optical fibres with an active core obtained by sintering a mixture of powdered oxides of the starting materials
Bragg fibers with a large mode area based on silica glass
Physical principles of the process of drawing low-loss optical fibers
Optical properties and radiation resistance of erbium-doped optical fibers based on phosphoaluminosilicate glasses
Spectral dependence of the refractive index of new materials for laser, fiber and integrated optics
Absorption and luminescence properties of bismuth centers in aluminosilicate and phosphosilicate optical fibers
Pulsed lasers based on ytterbium- and bismuth-doped fibers
Lasers operating in a spectral range of 1300-1550 nm based on bismuth-doped fibers
Molecular beam epitaxy of A2B6 heterostructures for visible and mid-infrared lasers
Numerical modeling and optimization of low-contrast Bragg fibers
Optical properties of microstructured fibers and laser based on Bragg fiber with a large mode area
Photosensitivity of phosphosilicate fibers to excimer laser radiation
Strength and durability of optical fibers made of silica glass
Luminescent properties of Er3+ ions in amorphous silicates obtained by plasma-enhanced chemical vapor deposition
A study of energy transfer and laser generation processes in gadolinium gallium garnet crystals activated by ytterbium and holmium ions
Dispersion and optical losses in a multilayer dielectric hollow fiber
Parametric amplification and generation in highly nonlinear optical fibers with continuous pumping from fiber sources
The influence of parameters of microstructured optical fibers on their dispersion and nonlinear properties
Radiation induced absorption in multimode fibers with a silica core and a fluorosilicate cladding
Optimization and application of two-cascade Raman lasers based on phosphosilicate fibers
High-power continuous-wave ytterbium-doped lasers with multi-element first-cladding fibers
Physical processes determining the reliability of microstructured optical fibers
The mechanisms of optical loss in highly doped germanosilicate and phosphosilicate single-mode optical fibers
Light sources based on fibers activated by Yb3+ ions
Injection lasers with a hybrid resonator on a fiber Bragg grating
A study of the interaction of molecular hydrogen with germanosilicate glasses and fibers based on them using the Raman scattering method
Features of the photorefractive effect in silica glasses with different doping
Spectral and spatial properties of fiber photoinduced refractive index gratings
Absorption and luminescence properties of chromium ions in silicate fibers
Fiber sources of radiation in the range of 1-2 µm
Study of single-mode optical fibers with variable chromatic dispersion along their length
Continuous-wave Raman fiber lasers and amplifiers
Spectroscopic properties of germanosilicate glass and photosensitive fibers based on it
Theoretical study of nonlinear interactions of optical radiation with one-dimensional photonic crystals
Raman spectroscopy of structural changes in germanosilicate and phosphosilicate glasses under ultraviolet irradiation and pressure
Measurement of the emissivity of opaque substances in the condensed phase using the thermal radiation spectrum
Photosensitive optical fibers formed by plasma-enhanced chemical vapor deposition of germanosilicate glass
Molecular beam epitaxy of quantum-sized structures based on ZnSe-containing compounds
Physical processes determining the strength and durability of fibers
Formation of fiber optic preforms by doping glass with nitrogen and studying their properties
Point defects in silicon dioxide, a study using numerical simulation
Low-loss optical fibers formed by plasma-enhanced chemical vapor deposition of silica glass in microwave discharges
Mid-infrared optical fibers
Optical and dispersion characteristics of multilayer single-mode dispersion-modified optical fibers
Photovoltaic mechanism of photoinduced second harmonic generation in glasses
New methods of generating solitons using nonlinear fiber optics methods
Hydrodynamic model of the process of applying hermetic metallic coatings to silica fibers
Optimization of the process of drawing optical fibers using digital methods
Synthesis of fluorosilicate glass in atmospheric pressure microwave plasma
Amplification and generation of ultrashort pulses in erbium-doped optical fibers
Dynamics of amplification and interaction of optical solitons
Atmospheric pressure microwave discharge in the technology of synthesis of silica fiber optic preforms by external vapor deposition
Optimization and prediction of dispersion properties of multimode graded-index fibers
Generation of a high-frequency soliton sequence and nonlinear propagation of ultrashort pulses in optical fibers
Photovoltaic model of photoinduced second harmonic generation in glasses and optical fibers
Laser- and gamma-ray-induced color centers in silica glass and germanium- and cerium-doped optical fibers
Optical properties of elliptical single-mode optical fibers
Control of the spectral composition of radiation and generation of short pulses using intracavity interferometry methods
Generation and amplification of wavelength-tunable femto- and picosecond pulses in single-mode glass fiber using nonlinear processes
Elements and devices of waveguide optics for optical communication systems and signal processing
Physical principles of the technology of broadband low-loss fibers based on germanosilicate glass
Fiber-optic recirculating devices for signal delay and storage
Theoretical analysis of spectral-temporal characteristics of SRS and generation of ultrashort pulses using SRS in single-mode fiber optics
Unstable radiation color centers in pure silica core optical fibers
Electrodiffusion methods for creating Cs+ and K+ waveguides in glass
The influence of chlorine, fluorine and alkali metal impurities on the optical and radiation-optical properties of undoped silica glasses and fibers based on them
Temporal, polarization and spatial characteristics of stimulated Brillouin scattering (SBS) in glass fibers
Theoretical analysis of spectral, temporal and energy characteristics of stimulated Mandelstam-Brillouin scattering in optical fibers
Structure-sensitive mechanical and optical properties of crystalline silver halide optical fibers
Spectral and polarization properties of single-mode fiber filters and couplers
The influence of parametric processes on the interaction of optical solitons
Polychromatism in optical image processing and transmission
Numerical simulation of the process of drawing optical fibers
The influence of polymer coatings on the optical characteristics of fibers
Dynamics of generation of ultrashort pulses in optical fibers
Spectral and temporal characteristics of stimulated Raman scattering and the formation of femtosecond solitons in single-mode fibes
Stable radiation color centers in germanosilicate glass and fibers based on it
Numerical modeling of intrinsic and impurity defects in silicon dioxide
Polarization properties of anisotropic optical fibers due to thermoelastic stresses
Polycrystalline fibers made of KRS-5 for the mid-IR range
Nonlinear phenomena in glass fibers
Coherent properties of radiation from semiconductor lasers with a narrow generation spectrum
Nonlinear dynamics of solitons in optical fibers
Fiber-optic rotation sensor based on single-mode fibers
Coherent and polarization properties of radiation in single-mode fibers
Optical characteristics of fibers during automated control of their manufacture
Optical properties of germanosilicate glass for low-loss optical fibers
Formation of pico- and subpicosecond light pulses based on nonlinear processes in glass fibers
Four-photon processes in glass fibers
Optical losses in IR materials and fibers in the CO laser radiation region
Matching single-mode fibers with semiconductor lasers for broadband optical communication lines
Mechanism of optical losses in fused silica fibers
Optical and physical studies of wavelength division multiplexing methods in optical fibers
Study of optical characteristics of single-mode fibers
Closed topic
The influence of external factors on the optical characteristics of fibers
Study of the influence of γ-radiation on optical losses of fibers based on silica glass
esearch of multilayer optical fibers
Study of the energy spectrum of bismuth-antimony alloys using galvanomagnetic, oscillatory and plasma effects in the far infrared region
Study of thermal deformations of a neodymium glass laser resonator depending on the glass composition
Study of energy relaxation processes in neodymium-activated condensed media with inhomogeneously broadened lines
Research on the creation of athermalized laser glasses and low-loss glass fibers
Study of vibrational spectra of semiconductor crystals by Raman scattering under excitation by an infrared YAG:Nd³⁺ laser
Study of spectral and luminescent properties of ruby as an active medium of an optical quantum generator
Measurement of the absorption coefficient and refractive index of some solids in the submillimeter range