General morphology of ovipositor and membranous valves similar to those of Ellipteroides (Protogonomyia)
adrastea Stary & Mendl, 1984, from which it differs by female cercus longer than tergite 10, distally thinner and upturned, and with blunt tip.
Repertorios: ADRASTEA -- REBIUN -- CCPB000033573-8 -- Gomez-Senent Martinez 968 -- Maffei-Rua 4829 -- Ruiz Perez 4.
Repertorios: ADRASTEA -- REBIUN -- CCPB000051259-1 -- Ruiz Perez 89.
Repertorios: ADRASTEA -- CCPB000051261-3 -- Palau 258832 -- Ruiz Perez 92 -- Simon Diaz, Regional 1519 -- Simon Diaz, Siglo XVII 1611.
Christianto [1] the discussed formula was used to describe famous Pioneer effect, implying that the last great acceleration the space probe received when approached very close to Jupiter; in particular data concerning
Adrastea, whose location was as close to Jupiter as the space probe, were cited in [1].
Adrastea and Metis orbit Jupiter almost exactly in the equatorial plane.
The correct order of the moons: 1) Metis 2)
Adrastea 3) Amalthea 4) Thebe 5) Io 6) Europa 7) Ganymede 8) Callisto.
Interestingly this angular shift can be explained with the same order of magnitude from the viewpoint of Q-satellite angular shift (see Table 1), in particular for Jupiter's Adrastea (10.50" per 100 years).
Using this improved value for Earth velocity in equation (8), one will get larger values than Table 1, which for Adrastea satellite yields:
Dynamicists believe the main ring, about 6,000 km wide, contains particles of various sizes being ground off the moonlets Metis and
Adrastea. Farther out is an even more tenuous "gossamer ring," whose particles are likewise being blasted off Amalthea and Thebe.
moons Metis 60 x 34 km
Adrastea 20 x 14 km Amalthea 250 x 128 km Thebe 116 x 84 km Io 3,642 km Europa 3,130 km Ganymede 5,268 km Callisto 4,806 km Leda 10 km Himalia 170 km Lysithea 24 km Elara 80 km Ananke 20 km Carme 30 km Pasiphae 36 km Sinope 28 km