The pulse-sampling technique for the study of electron-attachment phenomena.
Electron capture detector parameters in pulse sampling mode analyzed, noting kinetic processes, temperature effect, etc
DIFFERENTIAL EQUATION↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Satellite observations of Mev phenomena related to the solar wind - Explorer-12 observations. IMP observations of primary 3-mev electrons.
Solar wind observations with Explorer XII and IMP, noting periodic fluctuations in solar proton flux and detection of 3 mev electrons of interplanetary origin
INTERPLANETARY SPACE↗
Polarization, directional distribution, and offspecular peak phenomena in light reflected from roughened surfaces.
Directional distribution of light reflected from roughened surfaces with measurements made of plane-polarized components of reflected light as well as of mixed radiation
SURFACE ROUGHNESS↗
Studies on ionization phenomena associated with solid-propellant rockets.
Microwave attenuation magnitude associated with exhaust plasma of nonaluminized and aluminized composite propellant
COMPOSITE PROPELLANT↗
Phenomena observed at time of landing on the moon of the second soviet cosmic rocket o yavleniyakh nablyudavshikhsya v moment padeniya vtoroy kosmicheskoy rakety na lunu
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Dluzhnevskaya, O. B.↗
Thermoelectric phenomena on the sun. ii - thermocurrents in the deep layers of the solar plasma termoelektricheskiye yavleniya na solntse. ii - termotoki v glubinnykh sloyakh solnechnoy plazmy
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Shtilshteyn, G. M.↗
Theoretical and Experimental Investigations of Collective Microwave Phenomena in Solids Semiannual Status Report, 1 Apr. - 30 Sep. 1966
Theory and experiments in microwave propagation and amplification using solid state devices, and calculations of electronic deflection of laser beams
MICROWAVE APPARATUS↗
Momentum Transfer and Cratering Phenomena Associated With the Impact of Aluminum Spheres Into Thick Aluminum Targets at Velocities to 24,000 Feet Per Second
Spheres of 2017-T4 aluminum with diameters of, 1/16, 1/8, and ½ inch were launched into semi-infinite targets of 2024-T4 and 1100-0 aluminum. The momentum transfer during impact was measured by means of a simple ballistic pendulum to which the target was attached. The ratio of target momentum to projectile momentum increased with increasing projectile velocity and with projectile diameter. Mass loss due to cratering, penetration, and crater diameter were also obtained for these experiments. It was noted that the variation of these parameters was also a function of the projectile diameter. No conclusive evidence was uncovered to explain this apparent scale effect. However, close examination of the various craters suggests that the cratering process is, in fact, different for the different size projectiles. The cause for this difference has yet to be resolved.
MOMENTUM TRANSFER↗
Intracapillary rheological phenomena
Behavior of blood plasma and corpuscles in tissue capillaries
BLOOD PLASMA↗
Analytical investigation of turbine erosion phenomena. Volume I - Assembly of analytical model of wet vapor turbine blade erosion Interim technical report
Construction and application of analytical model of wet vapor turbine blad erosion
MATERIALS EROSION↗
Analytical investigation of turbine erosion phenomena. Volume III - Effect of external variables on the erosion property of materials Interim technical report
Effect of external variables on erosion rates of turbine blade materials under impacting liquid drops and chemical dissolution of flowing liquid
IMPACT DAMAGE↗
Glass Transition Phenomena Semiannual Status Report
Multiple glass transitions, heat capacities, and equation of state properties of polymer systems
POLYMER PHYSICS↗
Research into fundamental phenomena associated with spacecraft electrochemical devices--calorimetry of nickel-cadmium cell Progress report, Jan. 1 - Sep. 30, 1966
Isothermal flow calorimeter developed to measure thermal characteristics of batteries undergoing orbital cycling
ISOTHERMAL FLOW↗
Gas-side boundary phenomena
Physical processes involved in heat transfer between burning spray and thrust chamber wall
WALL TEMPERATURE↗
Investigation of High-speed Impact Phenomena /IV/ Final Report
Interaction of high velocity particles with gaseous targets using electrostatic particle accelerator
MOLECULAR INTERACTION↗
Experimental study of the effect of the thermodynamic properties of a fluid on cavitation phenomena
Thermodynamic property effects of water and ethyl alcohol on cavitation processes in venturi tube
ETHYL ALCOHOL↗
Research into fundamental phenomena associated with spacecraft electrochemical devices - calorimetry of nickel-cadmium cells Progress report, 1 Oct. 1966 - 31 Dec. 1966
Cycling, charge efficiency, and transducer studies with nickel-cadmium cell for spacecraft power supply systems
SPACECRAFT POWER SUPPLY↗
Conductivity phenomena in polycrystalline zinc oxide films
Photoconductivity and electric conductivity of polycrystalline zinc oxide thin film under low intensity irradiation
PHOTOCONDUCTIVITY↗