decametric , auch: dekametric

The most likely explanation was some intermittent natural process, perhaps resembling Jupiter's decametric sputtering.

Immediately after the discovery of Jupiter's decametric radio emissions in 1955, attempts were made to detect a similar emission from Saturn, but with inconclusive results.

The first evidence for the existence of Jupiter's magnetic field came in 1955, with the discovery of the decametric radio emission or DAM.

Radio telescopic observations revealed Io's influence on the Jovian magnetosphere, as demonstrated by decametric wavelength bursts tied to the orbital period of Io.

The strongest part of decametric emission, which is related to Io and to the Io-Jupiter current system, is called Io-DAM.

The telescope was a part of the Soviet decametric VLBI system URAN, which included another four radio telescopes of smaller size.

Decametric radio bursts (with a wavelength of tens of meters) vary with the rotation of Jupiter, and are influenced by interaction of Io with Jupiter's magnetic field.

He was a founder of decametric radioastronomy in the former USSR and creator of the UTR-2 decametric radio telescope.

It is one of the few observatories to utilize relatively low frequencies (10-88 MHz), and is used to study relativistic particles, cosmic evolution, astrophysical plasma, decametric radio emissions from Jupiter-like extrasolar planets, and giant flares from magnetars.