Current problems in the interpretation of lunar physical observations
Inconsistencies between radio and infrared measurements of lunar temperature
LUNAR TEMPERATURE↗
SEARCH · Engineering Papers
Results for “interpretability”
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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Discussion and interpretation of the changes provoked by zero gravity on the otolith unit of frogs
Zero gravity induced changes in otolith units of frogs
BIOELECTRIC POTENTIAL↗
An interpretation of transverse whistlers.
Whistler in Alouette I satellite VLF RECORDINGS, variation of time delay with frequency given by Eckersley law time delay and additive correction term
WHISTLER↗
On the analysis and interpretation of winds observed at heights of 85 to 135 kilometers - A rebuttal.
Winds in upper atmosphere as revealed by sodium vapor trails explained on basis of prevailing and tidal components critically analyzed
UPPER ATMOSPHERE↗
On the measurement and interpretation of absorption features in the spectrum of the quasi-stellar object 3C 191.
Absorption lines of quasi-stellar object 3C 191
ASTRONOMICAL SPECTRUM↗
Interpreting ranger photographs from impact cratering studies.
Hypervelocity projectile impact cratering from Ranger photographs of lunar surface
PROJECTILE PENETRATION↗
Interpretation of the optical properties of the alkali metals.
Optical absorption of K, Cs and Na
ALKALI METAL↗
Doppler interpretation of quasar red shifts.
Quasi-stellar sources as local objects moving with velocities close to speed of light, noting transverse Doppler effect leads to expectation of fewer blue shifts than red shifts
DOPPLER EFFECT↗
An interpretation of the subsidiary peaks at periods near 27 days in the power spectra of C sub i and K sub p.
Subsidiary peaks in power spectra of Ci and Kp /magnetic indices/ attributed to amplitude modulation of 27-day components
TWENTY-SEVEN DAY VARIATION↗
Ionospheric interpretation of the results of radio observations of venus, ii ob ionosfernoy interpretatsii result'tatov radionablyudeniy venery, ii
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Danilov, A. D.↗
Interpretation of data from rocket measurements in the upper atmosphere obtained with the aid of thermoluminescent phosphor interpretatsiya dannykh raketnykh izmereniy v verkhney atmosfere, poluchennykh s pomoshch' yu termolyuminestsentnogo fosfora
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Ivanov-Kholodnyy, G. S.↗
Ionospheric interpretation of the results of radio observations of venus. i. ob ionosfernoy interpretatsii resulttatov radi- onablyudeniy venery. i.
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Danilov, A. D.↗
Remarks on the Interpretation of Lunik 10 Magnetometer Results
Comparison of measurements of earth magnetic tail performed by IMP-C and Lunik X satellites
EXPLORER XXVIII SATELLITE↗
Monte Carlo interpretation of sphere transmission experiments for average capture cross sections at 24 KeV
Monte Carlo analysis of sphere transmission data for gold and iodine slow neutron capture cross sections at 24 keV
SPHERICAL SHELL↗
Interpretation of /d, alpha/ reactions on fluorine 19 and nitrogen 15
Angular distributions of five alpha particle groups from fluorine 19 and nitrogen 15 nuclear reactions
FLUORINE↗
Possible interpretation of the results of measurements on the near-lunar satellite ''AMS Luna-10''
Lunik X measurements and nature of near-lunar magnetic field and geomagnetic tail
GEOMAGNETISM↗
Geodetic interpretation of the results.
Standard earth geodetic coordinate system and Baker-Nunn camera station positions
TRACKING STATION↗
The mutual interpretation of active and passive microwave sensor outputs.
Interdependent microwave radar- and radiometer- sensor measurements of backscatter and albedo characteristics of earth surface
MICROWAVE RADIOMETER↗