To analyze these alternatives, we fabricated and optically characterized both (same antenna configuration as in the data transmission example).
However, the link between system performance and antenna configuration can only be established if the relationship between antenna configuration and correlations in the environment under study is known.
Let us now see how the proposed low loss, broadband and highly directive antenna configuration can provide efficient solutions in many different situations.
When used at the shorter wavelength in the largest antenna configuration, the angular resolution of the VLA is better than one-tenth of an arc second, or about the same as the Hubble Space Telescope at optical wavelengths.
It has been demonstrated that high plasma density can be obtained efficiently using the low-inductance internal antenna configuration with effectively suppressed electrostatic coupling.
In the present antenna configuration, fairly uniform radial profiles of Ar⁎ density can be obtained at a distance of 300 mm from the top flange.
By a simple circuit analysis it was found that the floating antenna configuration effectively suppressed the anomalous rise of the plasma potential, which has been verified experimentally.
It has been demonstrated that a high-plasma density can be obtained using the low-inductance internal antenna configuration for effective suppression of the electrostatic coupling.
The antenna reflector is located at the bottom part of the sandwich cone and the feed is placed at the top creating a compact antenna configuration.
Our results demonstrate that the GPR antenna configuration is a key variable dictating instrument design, with the XX polarization considered optimal for minimizing data artifact generation.
