The List of Author`s Publications
... stresses within the laser material and, in addition, deformation of the laser rod end faces due to differential expansion [12]. The net result is beam distortion due to thermal lensing, depolarization loss due to stress induced birefringence and ultimately catastrophic failure due fracture of the la ...
... stresses within the laser material and, in addition, deformation of the laser rod end faces due to differential expansion [12]. The net result is beam distortion due to thermal lensing, depolarization loss due to stress induced birefringence and ultimately catastrophic failure due fracture of the la ...
Introduction to Diffraction Grating
... light. The efficiency is also affected by the grating design parameters such as blaze angle for the ruled gratings and profile depth for the holographic gratings. The Ruling Process Ruling an original or master grating requires an appropriate substrate (usually glass or copper), polishing the substr ...
... light. The efficiency is also affected by the grating design parameters such as blaze angle for the ruled gratings and profile depth for the holographic gratings. The Ruling Process Ruling an original or master grating requires an appropriate substrate (usually glass or copper), polishing the substr ...
Structural, Optical, Electrical and Thermal Characterizations of Pure
... crystals. This is because of the incorporation of the L-alanine (+NH3, COO-) ions into superficial crystal lattice and forming defect centers which generate weak lattice stresses on the surface. This result is comparable with the reported values [21,24]. Figure 5. Power XRD pattern of pure and LA do ...
... crystals. This is because of the incorporation of the L-alanine (+NH3, COO-) ions into superficial crystal lattice and forming defect centers which generate weak lattice stresses on the surface. This result is comparable with the reported values [21,24]. Figure 5. Power XRD pattern of pure and LA do ...
optical guided waves and devices - Workspace
... formed from either glass or plastic. However, as the name implies, multimode fibre can support more than one characteristic propagation mode, and consequently suffers from much greater dispersion than single-mode fibre. It is also extremely lossy, and is therefore suitable only for medium-bandwidth, ...
... formed from either glass or plastic. However, as the name implies, multimode fibre can support more than one characteristic propagation mode, and consequently suffers from much greater dispersion than single-mode fibre. It is also extremely lossy, and is therefore suitable only for medium-bandwidth, ...
ELEC425 lab 1
... people prefer to use a single-edge razor blade held at a low angle to do the stripping of the fiber jacket. This requires some practice, but goes much faster once you are used to it.) 2. Use the F-CLl Fiber Cleaver to cleave the stripped end of the fiber. The cleaver should be placed on the top of t ...
... people prefer to use a single-edge razor blade held at a low angle to do the stripping of the fiber jacket. This requires some practice, but goes much faster once you are used to it.) 2. Use the F-CLl Fiber Cleaver to cleave the stripped end of the fiber. The cleaver should be placed on the top of t ...
Two-Color Two-Photon Excitation Using Femtosecond Laser Pulses
... advantages. First, separation of excitation and fluorescence light is much easier because of the larger difference in wavelength compared to conventional confocal microscopy. Therefore better signal-to-noise ratios and high-contrast pictures can be obtained. Second, the usage of IR excitation light ...
... advantages. First, separation of excitation and fluorescence light is much easier because of the larger difference in wavelength compared to conventional confocal microscopy. Therefore better signal-to-noise ratios and high-contrast pictures can be obtained. Second, the usage of IR excitation light ...
