Tidally Modulated Eruptions on Enceladu...

(a) Image N1634163141 taken in the clear filter. (b) Image N1634163141, calibrated, clea...

Tidally Modulated Eruptions on Enceladu...

Horizontal scan of vertically integrated (I/F)dy values, as described above, taken from ...

Tidally Modulated Eruptions on Enceladu...

Twelve size distributions, along with our fitted average (solid line), obtained from thr...

Tidally Modulated Eruptions on Enceladu...

Phase function P(α) of the plume particles at altitudes between 100 km and 500 km derive...

Tidally Modulated Eruptions on Enceladu...

Scans of vertically integrated and averaged I/F's for four non-overlapping horizontal in...

Tidally Modulated Eruptions on Enceladu...

(a) Sample image (N1634159832) showing the series of azimuthal integration regions used ...

Tidally Modulated Eruptions on Enceladu...

(a) Plume scale height vs. mean anomaly. The scale height does not vary as a function of...

Tidally Modulated Eruptions on Enceladu...

(a) Mean anomaly at which individual fracture segments first experience opening (σxx > 0...

Tidally Modulated Eruptions on Enceladu...

Comparison of observations and model predictions. Numbers indicate Cassini's orbit numbe...

Tidally Modulated Eruptions on Enceladu...

Similar to Figure 9, except that there the VIMS observations of corrected equivalent wid...

Tidally Modulated Eruptions on Enceladu...

Phase lag as a function of ice shell viscosity and shell thickness d. (a) Enceladus' int...

How the Geysers, Tidal Stresses, and Th...

(a) Mosaic of the highest resolution images used in this study. Image scale ∼80 m pixel−...

How the Geysers, Tidal Stresses, and Th...

(a) Mosaic of the highest resolution images used in this study. Image scale ∼80 m pixel−...

How the Geysers, Tidal Stresses, and Th...

(a) Mosaic of the highest resolution images used in this study. Image scale ∼80 m pixel−...

How the Geysers, Tidal Stresses, and Th...

Distribution of sub-spacecraft longitudes covered by the 18 imaging sequences used in th...

How the Geysers, Tidal Stresses, and Th...

(a) Polar stereographic basemap of Enceladus' south polar terrain (SPT) on which has bee...

How the Geysers, Tidal Stresses, and Th...

(a) Polar stereographic basemap of Enceladus' south polar terrain (SPT) on which has bee...

How the Geysers, Tidal Stresses, and Th...

Top: one image, from set EEE, looking approximately broadside to the fractures and showi...

How the Geysers, Tidal Stresses, and Th...

Map showing the distribution of the visibility of jets across the south polar terrain. T...

How the Geysers, Tidal Stresses, and Th...

(a) ISS basemap of the SPT on which has been plotted the color-coded relative magnitudes...

How the Geysers, Tidal Stresses, and Th...

Frequency histograms of the (a) scaled jet activity, (b) scaled time-averaged shear-stre...

How the Geysers, Tidal Stresses, and Th...

(a) ISS basemap of the SPT on which has been plotted the observed normalized jet activit...

How the Geysers, Tidal Stresses, and Th...

(a) Three VIMS hot spots and one cold “calibration” spot from the E11 Enceladus flyby (B...

How the Geysers, Tidal Stresses, and Th...

Plot of the variation in normal tidal stresses, expected for the model that includes ecc...

How the Geysers, Tidal Stresses, and Th...

Histograms showing the number of jets unambiguously observed in both “on” (above) and “o...

How the Geysers, Tidal Stresses, and Th...

Schematic illustrating current knowledge of the (a) global, (b) regional, and (c) small-...

Core Electron Heating in Solar Wind Rec...

Solar wind reconnection exhaust observed on 1997 November 23. Panel (a) shows the therma...

Core Electron Heating in Solar Wind Rec...

Solar wind reconnection exhaust observed on 2005 January 11. The format of this figure i...

Core Electron Heating in Solar Wind Rec...

Perpendicular and parallel cuts through fitted eVDFs, at times before, during, and after...

Core Electron Heating in Solar Wind Rec...

Perpendicular and parallel cuts through fitted eVDFs, at times before, during, and after...