Compact Optical Fiber Amplifier
... is designed so that insertion loss is lowest for the C-band, the pumping and signal light can pass the isolator under the condition that losses at these wavelengths are only 0.2 or 0.3 dB larger than that of the C-band. For this reason, WDM couplers in front of and behind the middle isolator, which ...
... is designed so that insertion loss is lowest for the C-band, the pumping and signal light can pass the isolator under the condition that losses at these wavelengths are only 0.2 or 0.3 dB larger than that of the C-band. For this reason, WDM couplers in front of and behind the middle isolator, which ...
Markov chain model in maximum-likelihood sequence detection for
... need only consider the component of the wind velocity vector . The turbulence perpendicular to the propagation direction correlation time is therefore ...
... need only consider the component of the wind velocity vector . The turbulence perpendicular to the propagation direction correlation time is therefore ...
properties of laser beams
... • In another word frequent changes in amount, value, or level. • However, this limit generally corresponds to a very low value for the oscillating bandwidth ∆ν • In many cases, technical effects, such as vibrations and thermal expansion of the cavity, determine the laser linewidth ∆ν. ...
... • In another word frequent changes in amount, value, or level. • However, this limit generally corresponds to a very low value for the oscillating bandwidth ∆ν • In many cases, technical effects, such as vibrations and thermal expansion of the cavity, determine the laser linewidth ∆ν. ...
Doppler-Free Spectroscopy of Iodine at 739nm
... Such many-body systems are described as non-trackable, and simulations of such a systems with modern computers will quickly become prohibitively slow if not impossible. On the contrary, a quantum processor will be able to increase its processing power exponentially as the number of qubits, increases ...
... Such many-body systems are described as non-trackable, and simulations of such a systems with modern computers will quickly become prohibitively slow if not impossible. On the contrary, a quantum processor will be able to increase its processing power exponentially as the number of qubits, increases ...
Physically-Based Glare Effects for Digital Images
... surrounding some of the details of the mechanisms for glare. It is evident that the stray or scattered light plays a dominant role [15], but neural inhibitory effects may also be present at very small angles of incidence [33]. It is not feasible to document the large number of psychophysical studies ...
... surrounding some of the details of the mechanisms for glare. It is evident that the stray or scattered light plays a dominant role [15], but neural inhibitory effects may also be present at very small angles of incidence [33]. It is not feasible to document the large number of psychophysical studies ...
Optical Metrology - Bogazici University Physics Department
... FTP’s main advantage is that it uses only a single image to extract profile of an object. In other techniques, 3 or 4 images are required. ...
... FTP’s main advantage is that it uses only a single image to extract profile of an object. In other techniques, 3 or 4 images are required. ...
Stimulated Raman Transitions Between Hyperfine Ground States of
... Coherent control of two-state quantum systems has been subject to many recent studies, both theoretical and experimental. Applications range from atomic clocks and magnetometers to the more popularized advances in quantum information processing. The subject discussed in this thesis concerns mostly t ...
... Coherent control of two-state quantum systems has been subject to many recent studies, both theoretical and experimental. Applications range from atomic clocks and magnetometers to the more popularized advances in quantum information processing. The subject discussed in this thesis concerns mostly t ...
Designing an Experimental Prototype to Support Geometric Optics
... optical studies are permanently performed in industry and laboratories worldwide. Geometrical Optics is a component of the curriculum in many universities and colleges, especially physics and engineering. Many researchers have devoted their efforts to the task of facilitating conceptual understandin ...
... optical studies are permanently performed in industry and laboratories worldwide. Geometrical Optics is a component of the curriculum in many universities and colleges, especially physics and engineering. Many researchers have devoted their efforts to the task of facilitating conceptual understandin ...
Faculty Research Presentation: Nov. 29, 2010
... …I believe that publication in another journal may be more appropriate. ...
... …I believe that publication in another journal may be more appropriate. ...
Optical Components and Devices for Next-Generation
... is essential to avoid waveform distortion due to the pattern effect. Polarization-insensitive gain is also required if SOAs are to be used as widely as in-line optical amplifiers. We therefore developed a 1550 nm high-saturation output power, polarization-insensitive SOA by using a tensilestrained b ...
... is essential to avoid waveform distortion due to the pattern effect. Polarization-insensitive gain is also required if SOAs are to be used as widely as in-line optical amplifiers. We therefore developed a 1550 nm high-saturation output power, polarization-insensitive SOA by using a tensilestrained b ...
Fabrication of Surface Plasmon Resonators by Nanoskiving Single
... single-crystalline nanowires produced by nanoskiving with those of polycrystalline nanowires, we fabricated polycrystalline nanowires by a three-step process: (i) patterning 5-µmwide gold lines on an epoxy substrate by electron-beam evaporation and a photolithographic lift-off process, (ii) embeddin ...
... single-crystalline nanowires produced by nanoskiving with those of polycrystalline nanowires, we fabricated polycrystalline nanowires by a three-step process: (i) patterning 5-µmwide gold lines on an epoxy substrate by electron-beam evaporation and a photolithographic lift-off process, (ii) embeddin ...
Single Particle Spectroscopy Study of Metal-Film
... accurate determination of resonance line widths. Second, since most of the theoretical work considered a single particle above a film, experimental studies on single particles near conducting surfaces immediately allow direct comparison between the experiment and the theory. Recent progress and inte ...
... accurate determination of resonance line widths. Second, since most of the theoretical work considered a single particle above a film, experimental studies on single particles near conducting surfaces immediately allow direct comparison between the experiment and the theory. Recent progress and inte ...
Ce e cu galben reprezinta corecturi de limba/topica/inteles/gramatica
... 4.6µm and 62.5µm for the fiber cladding. The refractive index of the core is 1.4682 and 1.4615 for the fiber cladding. Fig. 12 – Polarization norm for 5% ellipticity ...
... 4.6µm and 62.5µm for the fiber cladding. The refractive index of the core is 1.4682 and 1.4615 for the fiber cladding. Fig. 12 – Polarization norm for 5% ellipticity ...
B. Gaussian Beam Transformation by a Lens.
... power is carried within a circle of radius W(z), we regard W(z) as the beam radius (also called the beam width). The minimum value W0 in the plane z = 0, called the beam waist. Thus W0 is the waist radius. The waist diameter 2W0 is called the spot size. The beam radius increases gradually with z, re ...
... power is carried within a circle of radius W(z), we regard W(z) as the beam radius (also called the beam width). The minimum value W0 in the plane z = 0, called the beam waist. Thus W0 is the waist radius. The waist diameter 2W0 is called the spot size. The beam radius increases gradually with z, re ...
