
The Optics of the Mach-Zehnder Interferometer
... best adjustment. His paper, and t h a t of Schardin, suggest wrongly t h a t only the semi-reflecting plates should be used for adjustment while the plane mirrors should be kept fixed. This renders his conclusion t h a t for each fringe spacing and location there is an optimum position of the mirror ...
... best adjustment. His paper, and t h a t of Schardin, suggest wrongly t h a t only the semi-reflecting plates should be used for adjustment while the plane mirrors should be kept fixed. This renders his conclusion t h a t for each fringe spacing and location there is an optimum position of the mirror ...
Geometrical-optics code for computing the optical
... based on the comparison between radiance or reflectance data obtained from satellite sensors and those computed by radiative transfer models need the single-scattering properties of the target particles.20 To understand the interaction of electromagnetic radiation with the dielectric particles and i ...
... based on the comparison between radiance or reflectance data obtained from satellite sensors and those computed by radiative transfer models need the single-scattering properties of the target particles.20 To understand the interaction of electromagnetic radiation with the dielectric particles and i ...
Dependences of the group velocity for
... throughput performance in optical-telecommunication systems. Most pulse durations reported in previous study are of the order of millisecond to picosecond region. Group velocity control of femtosecond pulses was also demonstrated through χ (2) cascading interactions in quasiphase-match (QPM) grating ...
... throughput performance in optical-telecommunication systems. Most pulse durations reported in previous study are of the order of millisecond to picosecond region. Group velocity control of femtosecond pulses was also demonstrated through χ (2) cascading interactions in quasiphase-match (QPM) grating ...
Paper Title (use style: paper title)
... Under Duo-Binary modulation scheme B bits are transmitted per second using bandwidth for less than B/2 Hz. However inter symbol interface is present in duo-binary pulses [10]. In this format, the successive bits have opposite polarities. The level transition occurs only when the in between bits at c ...
... Under Duo-Binary modulation scheme B bits are transmitted per second using bandwidth for less than B/2 Hz. However inter symbol interface is present in duo-binary pulses [10]. In this format, the successive bits have opposite polarities. The level transition occurs only when the in between bits at c ...
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... phenomenon involving spontaneous scattering of light in a medium due to interaction betWeen the light and sound Waves passing through the medium. [0018] Cavity or Optically Resonant Cavity refers to an optical path de?ned by tWo or more re?ecting surfaces along Which light can reciprocate or circula ...
... phenomenon involving spontaneous scattering of light in a medium due to interaction betWeen the light and sound Waves passing through the medium. [0018] Cavity or Optically Resonant Cavity refers to an optical path de?ned by tWo or more re?ecting surfaces along Which light can reciprocate or circula ...
TIE-29 Refractive Index and Dispersion
... After melting the optical glass is cooled down at a high anneal ing rate. To control the refractive index during the melting process samples are taken directly from the melt after each casting. These samples are cooled down very fast together with a reference sample of the same glass. The reference ...
... After melting the optical glass is cooled down at a high anneal ing rate. To control the refractive index during the melting process samples are taken directly from the melt after each casting. These samples are cooled down very fast together with a reference sample of the same glass. The reference ...
TIE-29 Refractive Index and Dispersion
... After melting the optical glass is cooled down at a high anneal ing rate. To control the refractive index during the melting process samples are taken directly from the melt after each casting. These samples are cooled down very fast together with a reference sample of the same glass. The reference ...
... After melting the optical glass is cooled down at a high anneal ing rate. To control the refractive index during the melting process samples are taken directly from the melt after each casting. These samples are cooled down very fast together with a reference sample of the same glass. The reference ...
Relation between nonlinear refractive index and
... contain the information relative to the microscopic origin of the nonlinearity since they are related to the hyperpolarizabilities of the system.7,8 However, these quantities are not directly measurable in most cases. Instead, they are obtained through experimental methods that are sensitive to othe ...
... contain the information relative to the microscopic origin of the nonlinearity since they are related to the hyperpolarizabilities of the system.7,8 However, these quantities are not directly measurable in most cases. Instead, they are obtained through experimental methods that are sensitive to othe ...
A review of metasurfaces: physics and applications
... media of given refractive indices, which can be engineered to control the optical path of light beams. In this way, phase, amplitude, and polarization changes are accumulated through propagation in optical components based on refraction and reflection, such as lenses, waveplates, and optical modulat ...
... media of given refractive indices, which can be engineered to control the optical path of light beams. In this way, phase, amplitude, and polarization changes are accumulated through propagation in optical components based on refraction and reflection, such as lenses, waveplates, and optical modulat ...
Mie theory for light scattering by a spherical
... 4. Scattering Phase Function and Asymmetry Factor ...
... 4. Scattering Phase Function and Asymmetry Factor ...
Ray tracing analysis of L mode pumping of the ionosphere, with
... (UH) waves trapped inside small scale density striations, as we argued in Leyser and Nordblad (2009). The process of transmission to high altitudes can be understood in terms of L mode (L for left-handed polarisation) electromagnetic waves. Key features of L mode waves are (1) they are associated wi ...
... (UH) waves trapped inside small scale density striations, as we argued in Leyser and Nordblad (2009). The process of transmission to high altitudes can be understood in terms of L mode (L for left-handed polarisation) electromagnetic waves. Key features of L mode waves are (1) they are associated wi ...
New approach to pulse propagation in nonlinear
... order [3]. In the following numerical simulations we choose N 1, a condition required for the formation of fundamental solitons that preserve their shape for a specific input pulse shape. We first consider a Gaussian-shape pulse and use f p τ exp−τ2 ∕2, with T 0 10 ps at a carrier frequenc ...
... order [3]. In the following numerical simulations we choose N 1, a condition required for the formation of fundamental solitons that preserve their shape for a specific input pulse shape. We first consider a Gaussian-shape pulse and use f p τ exp−τ2 ∕2, with T 0 10 ps at a carrier frequenc ...
IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)
... with respect to fiber length. Other OFDM system parameters used are: number of subcarriers of 64 and16-QAM modulation technique supporting a bit rate of 10 Gb/s. The simulation results tabulated in Table-5 and 6 respectively indicate that the performance of single mode and multimode fiber system mod ...
... with respect to fiber length. Other OFDM system parameters used are: number of subcarriers of 64 and16-QAM modulation technique supporting a bit rate of 10 Gb/s. The simulation results tabulated in Table-5 and 6 respectively indicate that the performance of single mode and multimode fiber system mod ...
Spectral Domain Optical Coherence Tomography
... is 3 times better than commercially available optical coherence tomography instruments. The amount of energy directed into the eye in both cases, 600 µW, is less than that of the Stratus OCT3 and is safe for intrabeam viewing for up to 8 hours at the same retinal location. Conclusion: Spectral domai ...
... is 3 times better than commercially available optical coherence tomography instruments. The amount of energy directed into the eye in both cases, 600 µW, is less than that of the Stratus OCT3 and is safe for intrabeam viewing for up to 8 hours at the same retinal location. Conclusion: Spectral domai ...
Real Beam Propagation
... where λ is the wavelength of the laser radiation, and w(z) and R(z) are the beam radius and wavefront radius, respectively, at distance z from the beam waist. In practice, however, this approach is fraught with problems – it is extremely difficult, in many instances, to locate the beam waist; relyin ...
... where λ is the wavelength of the laser radiation, and w(z) and R(z) are the beam radius and wavefront radius, respectively, at distance z from the beam waist. In practice, however, this approach is fraught with problems – it is extremely difficult, in many instances, to locate the beam waist; relyin ...
Optical Resonators and Mode Matching
... variously called an optical resonator, an optical cavity, and in certain contexts, an optical interferometer. Optical resonator along with optical gain are the basic elements of every laser, optical resonators are used in sensors such as the laser gyroscope, and they are used extensively in optical ...
... variously called an optical resonator, an optical cavity, and in certain contexts, an optical interferometer. Optical resonator along with optical gain are the basic elements of every laser, optical resonators are used in sensors such as the laser gyroscope, and they are used extensively in optical ...