Atmospheric transmission at microwaves (ATM) an improved model for millimeter

We present a model of the longwave atmospheric spectrum that improves in many respects widely used older models such as the microwave propagation model (MPM), since it is based on broadband measurements and calculations. According to our data, the model is fully applicable from 0 to 2 THz while incl...

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Détails bibliographiques
Publié dans:	IEEE Transactions on antennas and propagation 49, 12 (2001).
Auteur principal:	Pardo, J.R
Format:	Article
Langue:	English
Sujets:	0 to 2 THz. 10 THz. ALMA project. Atacama large millimeter array. FTS measurements. H2O. Kramers-Kronig dispersion theory. N2. O2. Absorption line shape. Aeronomy. Atmospheric species. Atmospheric transmission. Atmospheric transmission at microwaves. Broadband measurements. Collision-induced absorption. Collisional line. Continuum-like water vapor opacity. Dry atmosphere. Frequency cutoff. Frequency-dependent dispersive phase delay function. Ground-based astronomy. Laboratory data. Line database. Line spectrum. Longwave atmospheric spectrum. Longwave range. Microwave transmission. Millimeter/submillimeter applications. Phase delays. Phase dispersion. Radioastronomy. Scientific applications. Simulations. Software package. Spectroscopic constants. Submillimeter astronomy. Symmetric molecules. Transient dipoles.