Add to ORKGA rotating ring interferometer was constructed using a 100 meters of single mode optical fiber wound on a crystal cylinder. A 20 inch diameter fiber interferometer gyroscope was built and its sensitivity was evaluated. Major noise sources were identified and improvements for the next phase of development were determined. The accuracy of .01 of a fringe can be improved to .0001 by the removal of the noise source
Various modes of operation are described for an orbiting wave injection facility planned to measure ...
Improved transmission properties for fluoride fibers due to space processing has great potential for...
The functional requirements of Exhibit A (11) were used as the baseline for the conceptual design of...
The design, construction, and testing of a one meter diameter fiber ring optical gyro, using 1.57 ki...
The theoretical operational parameters for the workable satellite power system were examined. The sy...
An interferometer in which the path length of the reference beam, measured in wavelengths, is contin...
The development of a stablized Zeeman split laser for use in a polarization profilometer is discusse...
A digital, fiber optic temperature sensor using a variable Fabry-Perot cavity as the sensor element ...
We present here the design, implementation and characterization of a heterodyne laser interferometer...
Optical power beaming requires a high intensity source and a system to address beam phase and locati...
The Laser Wavemeter/Spectrometer is a compact, rugged instrument using a unique combination of an un...
A laser angle measurement system was designed and fabricated for NASA Langley Research Center. The i...
Calibration method and ultrahigh vacuum components for ionization gage and mass spectromete
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
The technology of the transportable Laser Ranging Station (TLRS) used in crustal dynamics studies wa...
Various modes of operation are described for an orbiting wave injection facility planned to measure ...
Improved transmission properties for fluoride fibers due to space processing has great potential for...
The functional requirements of Exhibit A (11) were used as the baseline for the conceptual design of...
The design, construction, and testing of a one meter diameter fiber ring optical gyro, using 1.57 ki...
The theoretical operational parameters for the workable satellite power system were examined. The sy...
An interferometer in which the path length of the reference beam, measured in wavelengths, is contin...
The development of a stablized Zeeman split laser for use in a polarization profilometer is discusse...
A digital, fiber optic temperature sensor using a variable Fabry-Perot cavity as the sensor element ...
We present here the design, implementation and characterization of a heterodyne laser interferometer...
Optical power beaming requires a high intensity source and a system to address beam phase and locati...
The Laser Wavemeter/Spectrometer is a compact, rugged instrument using a unique combination of an un...
A laser angle measurement system was designed and fabricated for NASA Langley Research Center. The i...
Calibration method and ultrahigh vacuum components for ionization gage and mass spectromete
A study task is reported which is directed towards developing a conceptual design of a small, lightw...
The technology of the transportable Laser Ranging Station (TLRS) used in crustal dynamics studies wa...
Various modes of operation are described for an orbiting wave injection facility planned to measure ...
Improved transmission properties for fluoride fibers due to space processing has great potential for...
The functional requirements of Exhibit A (11) were used as the baseline for the conceptual design of...