Progress on accelerometer development Quarterly report
High temperature tests and heat sterilization of accelerometers and laser beam welding
Source record↗
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Fluidic accelerometer, phase 1 Final report
Fluidic accelerometers - specifications and test results
Evans, J.↗
Design, development, and thermal sterilization testing of two accelerometers Quarterly report
Design, development, and thermal sterilization testing of two accelerometers
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Improved calibration of accelerometers at temperatures down to -450 degrees F
Improved technique calibrates piezoelectric accelerometers throughout temperature range from ambient to -450 degrees F. Method employs liquid helium as coolant, a cryogenic temperature chamber, a vibration measurement system, and a temperature measurement system.
Buffum, R. D.↗
A three-axes angular accelerometer system Final report
Development and fabrication of three axis angular accelerometer system, and maintenance manual for its use
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Sterilizable accelerometer development program Final report
Research and development of sterilizable accelerometer
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Accelerometer calibration with the earth's field dynamic calibrator
Accelerometer calibration with earth field dynamic calibrator
Hilten, J. S.↗
Accelerometer calibration in the low g range by means of mass attraction
Calibrating low g accelerometer using mass attraction
Reinel, K.↗
Accelerometer with FM output Patent
Accelerometer with FM output signals indicative of mechanical strain on it
Hartenstein, R. G.↗
Angular accelerometer Patent
Strain gage accelerometer for angular acceleration measurement
Richard, R. R.↗
Fluidic accelerometer
Fluidic accelerometer utilizing seismic mass nulled by feedback loop and independent of supply pressure variations
Ringwall, C. G.↗
Development and testing of a triaxial angular accelerometer for high-performance aerospace vehicles
Seismic fluid suspended triaxial angular accelerometer for high performance aerospace vehicle flight test application
Evans, R. D., Jr.↗
Design, development, fabrication and delivery of fluidic accelerometers Final report
Design optimization and production of fluidic accelerometer for angular rate measurements
Ringwall, C. G.↗
Superconductive accelerometer Patent
Superconductive accelerometer employing variable force principle to determine acceleration of bodies
Buchhold, T. A.↗
Nonlinear effects of a gas-bearing pendulous- integrating gyroscopic accelerometer under random vibrations
Random vibrations nonlinear effects on gas bearing pendulous-integrating gyroscopic accelerometer response, using digital simulation
Thomason, H. E.↗
Some effects of servo amplifier response on determining accelerometer dynamic characteristics
Servoamplifier dynamic response effects on dynamic characteristics of fluid-filled pendulous accelerometers
Rogall, H.↗
Analysis and interpretation of density data from the low-G accelerometer calibration system /LOGACS/
Atmospheric density variation response time measurement to geomagnetic activity by satellites- borne low-G accelerometer calibration system, considering atmospheric heating mechanism
Devries, L. L.↗
Density accuracy from the accelerometer inflatable falling sphere.
Computed error bars are added to the upper-air density measurements of January 31, 1969, at Wallops Island, Virginia, reported by Faucher and Morrissey. A triaxial accelerometer-instrumented inflated falling sphere was used for the measurements. Bases for the computation are presented. The conclusions of Faucher and Morrissey are substantiated to about 100 km if comparable uncertainty in each of the five soundings reported is assumed.
Staffanson, F. L.↗