Andere Kunden interessierten sich auch für
![Spatially Resolved Temperature Determination in I2 Gas Using Doppler-Limited Saturation Spectroscopy]( "Spatially Resolved Temperature Determination in I2 Gas Using Doppler-Limited Saturation Spectroscopy")
Spatially Resolved Temperature Determination in I2 Gas Using Doppler-Limited Saturation Spectroscopy59,99 €![Using Time-Resolved Photoluminescence to Measure the Excitation and Temperature Dependence of Carrier Relaxation in Mid-Wave Infrared Semiconductors]( "Using Time-Resolved Photoluminescence to Measure the Excitation and Temperature Dependence of Carrier Relaxation in Mid-Wave Infrared Semiconductors")
Using Time-Resolved Photoluminescence to Measure the Excitation and Temperature Dependence of Carrier Relaxation in Mid-Wave Infrared Semiconductors59,99 €![Remote Quantification of Smokestack Total Effluent Mass Flow Rates Using Imaging Fourier-Transfrom Spectroscopy]( "Remote Quantification of Smokestack Total Effluent Mass Flow Rates Using Imaging Fourier-Transfrom Spectroscopy")
Remote Quantification of Smokestack Total Effluent Mass Flow Rates Using Imaging Fourier-Transfrom Spectroscopy59,99 €![Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier]( "Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier")
Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator Using a Multi-Mode Graded Index Fiber Amplifier59,99 €![Measurement of the p n and p, n Differential Cross Sections at Beam Momenta from 20 to 200 GeV/c]( "Measurement of the p n and p, n Differential Cross Sections at Beam Momenta from 20 to 200 GeV/c")
Measurement of the p n and p, n Differential Cross Sections at Beam Momenta from 20 to 200 GeV/c59,99 €![Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers]( "Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers")
Multiple Channel Laser Beam Combination and Phasing Using Stimulated Brillouin Scattering in Optical Fibers60,99 €![The Use of Ultraviolet Thomson Scattering as a Versatile Diagnostic for Detailed Measurements of a Collisional Laser Produced Plasma]( "The Use of Ultraviolet Thomson Scattering as a Versatile Diagnostic for Detailed Measurements of a Collisional Laser Produced Plasma")
The Use of Ultraviolet Thomson Scattering as a Versatile Diagnostic for Detailed Measurements of a Collisional Laser Produced Plasma60,99 €
Optical techniques for measuring the temperature in three-dimensional supersonic reactive flows have typically depended on lineshape measurements using single-beam laser absorption spectroscopy. However, absorption over extended path lengths in flows with symmetric, turbulent eddies can lead to systematically high extracted temperatures due to Doppler shifts resulting from flow along the absorption path. To eliminate these problems and provide full three-dimensional spatial resolution, two variants of laser saturation spectroscopy have been developed and demonstrated, for the first time, which utilize two crossed and nearly copropogating laser beams. Individual rotational lines in the visible I2 X 1?(0+g )? B 3?(0u+ ) transition were used to develop the two diagnostics to support research on the Chemical Oxygen-Iodine Laser (COIL), the weapon aboard the USAF Airborne Laser. Cross-Beam Saturation Absorption Spectroscopy (CBSAS) and Cross-Beam Inter-Modulated Fluorescence (CBIMF) were demonstrated as viable methods for recording the spectral signal of an I2 ro-vibrational line in a small threedimensional volume using a tunable CW dye laser. Temperature is extracted by fitting the recorded signal with a theoretical signal constructed from the Doppler-broadened hyperfine components of the ro-vibrational line.