The Laser Wavemeter/Spectrometer is a compact, rugged instrument using a unique combination of an uncoated (Snyder) wedge interferometer and a coated (Fizeau) wedge interferometer to simultaneously measure the wavelength centroid and spectral characteristics of pulsed or CW lasers. Wavelength centroid measurement accuracies are in the range of 1 part in 1,000,000 using the Snyder stage alone. The Fizeau wedge section is capable of resolving spectral details to 0.002/cm and of locating the position of a fringe to 0.0005/cm. Because the Snyder wedge is uncoated, wavelength centroid measurements are possible over the entire detector range of from about 300 nm to greater than 1.0 micron. The coatings of the Fizeau wedge limit spectral analysis ...
The most accurate astronomical data is available from space-based observations that are not impeded ...
The Eighth International Workshop for Laser Ranging Instrumentation was held in Annapolis, Maryland ...
Scintillation and signal to noise ratio of heterodyne detection for carbon dioxide laser beam propag...
The design, construction, calibration, and evaluation of a pulsed laser wavemeter and spectral analy...
An estimate of the wavelength accuracy of a laser wavemeter is performed for a system consisting of ...
A laser angle measurement system was designed and fabricated for NASA Langley Research Center. The i...
Within the scope of this thesis a novel continuous-wave terahertz spectrometer was set up and extend...
A rotating ring interferometer was constructed using a 100 meters of single mode optical fiber wound...
This is the final report for the research and development of the one GHz digitizer for space based l...
The functional requirements of Exhibit A (11) were used as the baseline for the conceptual design of...
“Wavelength meters are very important for precision measurements of both pulses and continuous-wave ...
An open-path laser spectrometer (OPLS) for measuring a concentration of a trace gas, the OPLS includ...
The laser measuring system is designed to automatically measure and record the distances between sma...
The main contributions of this thesis to the field of ultrashort pulse measurement are a new set of ...
Ultraviolet spectrometer measures pure monochromatic wavelengths in predetermined narrow wave bands....
The most accurate astronomical data is available from space-based observations that are not impeded ...
The Eighth International Workshop for Laser Ranging Instrumentation was held in Annapolis, Maryland ...
Scintillation and signal to noise ratio of heterodyne detection for carbon dioxide laser beam propag...
The design, construction, calibration, and evaluation of a pulsed laser wavemeter and spectral analy...
An estimate of the wavelength accuracy of a laser wavemeter is performed for a system consisting of ...
A laser angle measurement system was designed and fabricated for NASA Langley Research Center. The i...
Within the scope of this thesis a novel continuous-wave terahertz spectrometer was set up and extend...
A rotating ring interferometer was constructed using a 100 meters of single mode optical fiber wound...
This is the final report for the research and development of the one GHz digitizer for space based l...
The functional requirements of Exhibit A (11) were used as the baseline for the conceptual design of...
“Wavelength meters are very important for precision measurements of both pulses and continuous-wave ...
An open-path laser spectrometer (OPLS) for measuring a concentration of a trace gas, the OPLS includ...
The laser measuring system is designed to automatically measure and record the distances between sma...
The main contributions of this thesis to the field of ultrashort pulse measurement are a new set of ...
Ultraviolet spectrometer measures pure monochromatic wavelengths in predetermined narrow wave bands....
The most accurate astronomical data is available from space-based observations that are not impeded ...
The Eighth International Workshop for Laser Ranging Instrumentation was held in Annapolis, Maryland ...
Scintillation and signal to noise ratio of heterodyne detection for carbon dioxide laser beam propag...