A scaling technique for air-bearing simulation of precision pointing systems
Scaling technique for air bearing simulation of precision pointing system for large telescope
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Scaling technique for air bearing simulation of precision pointing system for large telescope
Method and apparatus for portable high precision magnetomotive bulging, constricting, and joining of large diameter metal tubes
Development and numerical integration of differential equations of spacecraft motion used in Double Precision Trajectory Program
Method and apparatus for precision sizing and joining of large diameter tubes by bulging or constricting overlapping ends
Mathematical formulation of Double Precision Orbit Determination Program /DPODP/ for lunar and planetary mission spacecraft trajectories
Optical device containing rotatable prism and reflecting mirror for generating precise angles
Precision full wave rectifier circuit for rectifying incoming electrical signals having positive or negative polarity with only positive output signals
Atmospheric density variations at 140 km deduced from precise satellite radar tracking data
Evaluation of precision distance measuring equipment for space shuttle landing navigation
Computerized search for meteor streams in 865 precise photographic meteor orbits
High precision moments for fourier coefficients of arbitrary functions
Nonlinear precision attitude control system stability analysis algorithm based on quadratic Liapunov function
Stored-programmed special purpose computer for double precision arithmetic realization of digital filters, discussing design, implementation and testing
Elastomer O ring vacuum device for positive holding of Schumann film for precise microdensitometry during rocket flight in 7 March 1970 solar eclipse
Integrated system for precision attitude determination and pointing control of spacecraft gimbaled payloads
Precision calibration system with adjustable temperature extended radiance source for long wavelength IR radiometer, discussing performance tests
Precision compact rotary vane microwave attenuator, presenting modified law to extend dynamic attenuation range and reduce rotor section length
Unit was designed for moving color filters in and out of position in less than 46 ms. System may be used to record previously derived colors on photorecorder or to scan different color or wavelength components of rapidly passing scene, as in aerial reconnaissance. Rapid, precise reciprocating movement may be useful in purely mechanical and chemical applications.