Nonlinear optical properties of aromatic amino acids in the
... was g = 0.153 10−35 esu, in agreement with [1]. The experimental g values may be compared with theoretical results guiding insight on the relation between the second-order hyperpolarizability and the molecular structure. The g values have been calculated utilizing the ab initio post-Hartree–Fock der ...
... was g = 0.153 10−35 esu, in agreement with [1]. The experimental g values may be compared with theoretical results guiding insight on the relation between the second-order hyperpolarizability and the molecular structure. The g values have been calculated utilizing the ab initio post-Hartree–Fock der ...
The influence of coherent waves on the remotely sensed reflectance
... studies of global climate change, the carbon cycle, global productivity, air-sea interaction, etc. In the presence of waves, Lw can be larger than that for a flat surface. This effect, which is in addition to Fresnel effects, has been termed intensified backscattering [2-4]. Intensified backscatteri ...
... studies of global climate change, the carbon cycle, global productivity, air-sea interaction, etc. In the presence of waves, Lw can be larger than that for a flat surface. This effect, which is in addition to Fresnel effects, has been termed intensified backscattering [2-4]. Intensified backscatteri ...
Characteristics of a surface wave produced discharge
... Another short-circuit (denoted 2 on the drawing) is movable along the discharge tube. It also prevents the plasma expansion towards the right part of the tube as the surface wave is reflected on it. So, by moving the short-circuit 2, we are able to change the plasma length, hence the plasma characte ...
... Another short-circuit (denoted 2 on the drawing) is movable along the discharge tube. It also prevents the plasma expansion towards the right part of the tube as the surface wave is reflected on it. So, by moving the short-circuit 2, we are able to change the plasma length, hence the plasma characte ...
Adjusting the Brillouin spectrum in optical fibers for slow and fast
... wing of the anti-Stokes resonance enhances the delay at the center of the Stokes resonance [9]. If two anti Stokes resonances are introduced at both wings (as described above) the delay can be further enhanced. As can be seen from Eq. (5), the delay can be determined by the gain of the loss spectra. ...
... wing of the anti-Stokes resonance enhances the delay at the center of the Stokes resonance [9]. If two anti Stokes resonances are introduced at both wings (as described above) the delay can be further enhanced. As can be seen from Eq. (5), the delay can be determined by the gain of the loss spectra. ...
EQUILIBRIUM MODE DISTRIBUTION IN W
... distribution at the input end of the fiber is centered at 0=0, the power distribution remains at the same angle as the distance from the input fiber end increases, but its width increases due to mode coupling. Radiation patterns in Figure 2(a) of non-centrally launched beams in short fibers are cen ...
... distribution at the input end of the fiber is centered at 0=0, the power distribution remains at the same angle as the distance from the input fiber end increases, but its width increases due to mode coupling. Radiation patterns in Figure 2(a) of non-centrally launched beams in short fibers are cen ...
Calibration of Optical Tweezers
... After the successful construction of an optical trap, we were able to measure the trap stiffness to the correct order of magnitude for different bead sizes and laser intensities. The stiffness directly depends on the power and wavelength of the laser, the size and shape of the trapped object, and th ...
... After the successful construction of an optical trap, we were able to measure the trap stiffness to the correct order of magnitude for different bead sizes and laser intensities. The stiffness directly depends on the power and wavelength of the laser, the size and shape of the trapped object, and th ...
Coherent optical reflectance from a monolayer of large particles
... polarized light close to the Brewster angle. This showed the potentiality of the internal-reflection experimental configuration as a sensitive tool to study the kinetics of the adsorption process, and to determine also the optical parameters of the adsorbed particles. The purpose of our work here i ...
... polarized light close to the Brewster angle. This showed the potentiality of the internal-reflection experimental configuration as a sensitive tool to study the kinetics of the adsorption process, and to determine also the optical parameters of the adsorbed particles. The purpose of our work here i ...
Demonstration of a multiwave coherent holographic beam combiner in a polymeric substrate
... vary the phase delay. The angle is small enough that the reflected beams remain Bragg matched. Phase delay between the adjacent waves is a constant for a given angle of the mirror. The six reflected waves illuminate the hologram in the beam-combiner mode. The combined beam is partially reflected b ...
... vary the phase delay. The angle is small enough that the reflected beams remain Bragg matched. Phase delay between the adjacent waves is a constant for a given angle of the mirror. The six reflected waves illuminate the hologram in the beam-combiner mode. The combined beam is partially reflected b ...
Snell`s Law - Initial Set Up
... When light travels from a less optically dense material to a more optically dense material, how does the light ray bend relative to the normal? When light travels from a more optically dense material to a less optically dense material, how does the light ray bend relative to the normal? ...
... When light travels from a less optically dense material to a more optically dense material, how does the light ray bend relative to the normal? When light travels from a more optically dense material to a less optically dense material, how does the light ray bend relative to the normal? ...
AOA Seal of Certification and Acceptance
... Transitions Optical and Vision Associates also have an expanded presence at Ripken Stadium through video board displays, program advertisements and social media. The companies are also raffling off a Cal Ripken, Jr. signed baseball at each game and a signed jersey for the season. “Tapping into peopl ...
... Transitions Optical and Vision Associates also have an expanded presence at Ripken Stadium through video board displays, program advertisements and social media. The companies are also raffling off a Cal Ripken, Jr. signed baseball at each game and a signed jersey for the season. “Tapping into peopl ...
The Response of Polarization Maintaining Fibers upon Temperature
... For the length of the optical fiber equaling to the multiple of its beat length and for excitation of both polarization axes by means of circular polarized optical radiation with no disturbance of external thermal field, the phase shift φ will be equal to zero and the corresponding Stokes component ...
... For the length of the optical fiber equaling to the multiple of its beat length and for excitation of both polarization axes by means of circular polarized optical radiation with no disturbance of external thermal field, the phase shift φ will be equal to zero and the corresponding Stokes component ...
Sample pages 1 PDF
... • They are more compact. This makes them slightly easier to pack and carry; some people (I am one) find the smaller size easier and more comfortable to hold as a consequence of the different ergonomics. • They are usually slightly lighter. This makes them easier to carry and generally less tiring to ...
... • They are more compact. This makes them slightly easier to pack and carry; some people (I am one) find the smaller size easier and more comfortable to hold as a consequence of the different ergonomics. • They are usually slightly lighter. This makes them easier to carry and generally less tiring to ...
Molmer Kalus
... For a quantum physicist, it is natural to think of the time evolution of the state as dynamical evolution of the physical state of the system, e.g., as the wave function is getting narrow, ”the particle localizes ...
... For a quantum physicist, it is natural to think of the time evolution of the state as dynamical evolution of the physical state of the system, e.g., as the wave function is getting narrow, ”the particle localizes ...
Chapter 2: Propagation of Laser Beams
... course. Laser beams usually have a concentrated profile in the transverse direction, which diverges slowly when propagating. The beam profiles in space can be obtained by solving the wave equation. ...
... course. Laser beams usually have a concentrated profile in the transverse direction, which diverges slowly when propagating. The beam profiles in space can be obtained by solving the wave equation. ...
6_Line_Communication
... 1. Light Source (LD or LED): They are p-n junctions. Light from LED is produced by spontaneous emission whereas light from an LD is made by stimulated emission. LED has an incoherent output and wide spectrum but it has higher reliability, simpler drive circuit, lower temperature sensitivity, immunit ...
... 1. Light Source (LD or LED): They are p-n junctions. Light from LED is produced by spontaneous emission whereas light from an LD is made by stimulated emission. LED has an incoherent output and wide spectrum but it has higher reliability, simpler drive circuit, lower temperature sensitivity, immunit ...
Direct Patterning of Three-Dimensional Periodic
... effect. Furthermore, by designing the mask layout, the 3DSPAN technique can easily pattern nanostructures with complex outer geometries and opens the possibility of fabricating integrated nanophotonic circuits, analogous to the microelectronic circuits patterned by photolithography. Moreover, defect ...
... effect. Furthermore, by designing the mask layout, the 3DSPAN technique can easily pattern nanostructures with complex outer geometries and opens the possibility of fabricating integrated nanophotonic circuits, analogous to the microelectronic circuits patterned by photolithography. Moreover, defect ...