Engineering topics
Publications and source records attributed to Bartley, W. C..
Digital clock precisely set and reset by pulses from a solar sensor, combined with a logic system, provides accurate time-sector division of spin-stabilized satellite. Integral times for viewing physical phenomena from various directions are equal and mean angles of viewing can be determined.
Solar low energy cosmic ray population anisotropy from satellite observations during flare event, describing rise time, decay, field alignment and time constant
Satellite-borne anisotropy and energy spectra measurement instruments for cosmic ray electrons and protons and solar and galactic X-rays
Pioneer 8 and 9 cosmic ray detector system, discussing mechanical, electrical and data conditioning properties
Solar cosmic ray anisotropy measurement by Explorer 34 satellite during solar flare events
Cosmic ray anisotropy instrument aboard Pioneer 8 featuring computer for azimuth determination, data compression and detector control
Cosmic ray propagation processes studied from measurement of anisotropic character of cosmic radiation /1965-1966/
Aspect system on Pioneer VI and VII INCORPORATES digital computer for accurate time sector division of spin stabilized vehicle
Pioneer VI detector to measure degree of anisotropy of cosmic radiation at various energy ranges
Anisotropic cosmic radiation with flare effects flowing out of Sun and along filamentary magnetic structures imbedded in solar wind
Cosmic ray flare effects observed by Pioneer VI SPACECRAFT
Digital system for accurate time sector division of spin stabilized vehicle as used on Pioneer space probes