... 1.13 Completed GHRS/1 6758 (Far UV airglow and Albedo Observations of = Europa and Ganymede) The High Resolution Spectrograph (Side One) was used to make far = ultraviolet spectrographic observations of the airglow and albedo of = Jupiter'smoon Europa. ...
... can often work well even for a large moving object like Jupiter by first centering on a small object nearby whose relative position is well known (one of Jupiter'smoons, for example), and then offsetting to the position of interest on the planetary disk ...
... 1.9 Completed WF/PC-2/STIS/CCD 8169 (HST-Galileo Io Campaign) Both the WF/PC-2 and the Space Telescope Imaging Spectrograph (CCD) were used to make observations of Jupiter'smoon Io. ...
... 1.7 Completed NIC/1/2 7243 (High Resolution Imaging of Io) The Near Infrared Camera (Cameras One and Two) was used to make observations of Jupiter'smoon Io and star SAO146868. ...
... Spatial & Temporal Variations in the UV Emission from the Atmosphere of Io) The Space Telescope Imaging Spectrograph (CCD and MA1) was used to look for spatial and temporal variations in the ultraviolet emissions from the atmosphere of Jupiter'smoon Io ...
... 1.9 Completed WF/PC-2 6842 (Evolution of the New Bright Spot On Io) The WF/PC-2 was used to make multi-color image observations of = Jupiter'smoon Io while it is at 320 degrees elongation in order to study = its new white spot. ...
... can often work well even for a large moving object like Jupiter by first centering on a small object nearby whose relative position is well known (one of Jupiter'smoons, for example), and then offsetting to the position of interest on the planetary disk ...
... 1.10 Completed NIC/1/2 7243 (High Resolution Imaging of Io) The Near Infrared Camera (Cameras One and Two) was used to make observations of Jupiter'smoon Io. ...
... 1.14 Completed GHRS/2 3935 (Sulfur Near IO - Cycle 2) The High Resolution Spectrograph was used to make a series of spectral observations of Jupiter'smoon Io while it was both inside and outside of the plasma torus. ...