Research program to develop alloys for up to 1200 deg F strain gages
Test results on suitability of 15 alloys for use in strain gages at temperatures up to 1200 deg F
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Test results on suitability of 15 alloys for use in strain gages at temperatures up to 1200 deg F
Wick fluid flow and evaporator performance data of various fluids and materials varying in structure and thickness derived for low temperature spacecraft heat pipe design
Satellite attitude control using gyro-telescope structure driven by superconducting actuator
Thermionic converter improvements by electronegative additives and emitter surface finishes, noting cesium oxide, heat treatments with electropolishing, electroetching, etc
Landing performance in T-33A aircraft with loss of binocular vision compared to performance with both eyes
Curve fitting for modified paired comparisons using linearized nonlinear regression
Hypervelocity impact experiments using light gas gun facility
Experiments in protein diets for space nutrition
Selection criteria for national mineral resources development institution
Nutrition and breeding behavior of pocket mouse for space nutrition application
Feasibility of germanium-silicon alloy single crystals for fabrication of charged particle detectors
Stability and response characteristics of directly controlled rigid rotors at high advance ratios and correlation of mathematical model with wind tunnel test data
Statistical mechanics of always usable, limited length, permutation tests for two way analysis of variance and applications in quality control
Statistical mechanics of sequential randomization tests for two way variance emphasizing most recently acquired data and applications in quality control
Statistical mechanics of sequential randomization tests for one way variance emphasizing most recently acquired data and applications in quality control
Collisionless shock waves and factors influencing linear stability of barium ion clouds
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The development of the automatic data-acquisition and sleep-analysis system is reported. The purpose was consultation and evaluation in the transition of the Skylab M133 Sleep-Monitoring Experiment equipment from prototype of flight status; review of problems associated with acquisition and on-line display of data in near-real time via spacecraft telemetry; and development of laboratory facilities and design of equipment to assure reliable playback and analysis of analog data. The existing prototype system modified, and the changes improve the performance of the analysis circuitry and increase its reliability. These modifications are useful for pre- and postflight analysis, but are not now proposed for the inflight system. There were improvements in the EEG recording cap, some of which will be incorporated into the flight hardware.