Add to ORKGThe relative dielectric constant and loss tangent of lunar sample 14163,164 (fine dust) were determined as a function of density at 9.375, 24, 35, and 60 GHz. In addition, such measurements have also been performed on lunar sample 14310,74 (solid rock) at 9.375 GHz. The loss tangent was found to be frequency independent at these test frequencies and had a value of 0.015 for the lunar dust sample
International audienceThe Rosetta mission has successfully rendezvous comet 67P/Churyumov-Gerasimenk...
"This report describes a method the Bureau of Mines devised for measuring the dielectric constant an...
Context. In 2019, China’s Chang’E-4 (CE-4) probe landed on the far side of the Moon: a first in luna...
The dielectric constant and the voltage absorption length was measured for four Apollo 17 soil sampl...
The dielectric response of lunar fines 74241,2 is presented in the audio-frequency range and under l...
Thermal and dielectric properties of homogeneous moon based on microwave and infrared temperature ob...
Lunar simulants are used to approximate the behavior of the lunar regolith. This work focuses on mat...
The return to the Moon has ignited the need to characterize the lunar regolith using fast, reliable ...
Lunar sample measurements were made both under ambient nitrogen pressure and under vacuum conditions...
Measurements of the microwave emission from the moon and their interpretation in terms of the thermo...
When high resolution measurements of the phase variation of the lunar disk center brightness tempera...
A combination of several measurement techniques was used to investigate the dielectric properties of...
The purpose of this paper is to describe the general nature of the Surface Electrical Properties exp...
Density and particle size effects on complex dielectric constant of basalt powders in X and K band
Optical and radio frequency electrical properties and grain size analyses of Apollo 11 and 12 lunar ...
International audienceThe Rosetta mission has successfully rendezvous comet 67P/Churyumov-Gerasimenk...
"This report describes a method the Bureau of Mines devised for measuring the dielectric constant an...
Context. In 2019, China’s Chang’E-4 (CE-4) probe landed on the far side of the Moon: a first in luna...
The dielectric constant and the voltage absorption length was measured for four Apollo 17 soil sampl...
The dielectric response of lunar fines 74241,2 is presented in the audio-frequency range and under l...
Thermal and dielectric properties of homogeneous moon based on microwave and infrared temperature ob...
Lunar simulants are used to approximate the behavior of the lunar regolith. This work focuses on mat...
The return to the Moon has ignited the need to characterize the lunar regolith using fast, reliable ...
Lunar sample measurements were made both under ambient nitrogen pressure and under vacuum conditions...
Measurements of the microwave emission from the moon and their interpretation in terms of the thermo...
When high resolution measurements of the phase variation of the lunar disk center brightness tempera...
A combination of several measurement techniques was used to investigate the dielectric properties of...
The purpose of this paper is to describe the general nature of the Surface Electrical Properties exp...
Density and particle size effects on complex dielectric constant of basalt powders in X and K band
Optical and radio frequency electrical properties and grain size analyses of Apollo 11 and 12 lunar ...
International audienceThe Rosetta mission has successfully rendezvous comet 67P/Churyumov-Gerasimenk...
"This report describes a method the Bureau of Mines devised for measuring the dielectric constant an...
Context. In 2019, China’s Chang’E-4 (CE-4) probe landed on the far side of the Moon: a first in luna...