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<INPUT TYPE="HIDDEN" NAME="title" VALUE="Jupiter small satellite montage">
<INPUT NAME="PIA02530" TYPE="IMAGE" SRC="/catalog/PIA02530.jpg"> 
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<TD ALIGN="RIGHT">Image Title:</TD> <TD ALIGN="LEFT"><STRONG>Jupiter small satellite montage</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Catalog #:</TD> <TD ALIGN="LEFT"><STRONG>PIA02530</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Target Name:</TD> <TD ALIGN="LEFT"><STRONG> Amalthea</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Is a satellite of:</TD> <TD ALIGN="LEFT"><STRONG> <A HREF="http://pds.jpl.nasa.gov/planets/welcome/jupiter.htm"> Jupiter </A></STRONG></TD></TR>
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<TD ALIGN="RIGHT">Mission:</TD> <TD ALIGN="LEFT"><STRONG> <A HREF="http://galileo.jpl.nasa.gov"> Galileo </A></STRONG></TD></TR>
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<TD ALIGN="RIGHT">Spacecraft/Mission:</TD> <TD ALIGN="LEFT"><STRONG> Galileo Orbiter</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Instrument:</TD> <TD ALIGN="LEFT"><STRONG> Solid State Imaging</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Product Size:</TD> <TD ALIGN="LEFT"><STRONG>490 samples x 1190 lines</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Produced By:</TD> <TD ALIGN="LEFT"><STRONG> Cornell University</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Producer ID:</TD> <TD ALIGN="LEFT"><STRONG>MRPS96177</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Creation Date:</TD> <TD ALIGN="LEFT"><STRONG>2000-04-24</STRONG></TD></TR>
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<TD ALIGN="RIGHT">Primary Data Set:</TD> <TD ALIGN="LEFT"><STRONG> <A HREF="http://www-pdsimage.jpl.nasa.gov/PDS/public/Atlas/Atlas.html"> Galileo EDRs </A></STRONG></TD></TR>
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<TD ALIGN="RIGHT">Full-Res TIFF:</TD> <TD ALIGN="LEFT"><STRONG><A HREF="/tiff/PIA02530.tif">PIA02530.tif (135 kbytes)</A></STRONG></TD></TR>
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<DL>
<DT> <B>Original Caption Released with Image: </B>
<DD> <P>
A montage of images of the small inner moons of Jupiter from the camera
onboard NASA's Galileo spacecraft shows the best views obtained of these
moons.  The images were taken during Galileo's 11th orbit around the
giant planet in November 1997. At that point, Galileo was completing its
first two years in Jupiter orbit---known as the Galileo 'prime
mission'---and was about to embark on a successful two-year extension,
called the Galileo Europa Mission.
</P>
<P>
The top two images show the moon Thebe. Thebe rotates by approximately
50 degrees between the time these two images were taken, so that the same
prominent impact crater is seen in both views; this crater, which has
been given the provisional name Zethus, is near the point on Thebe that
faces permanently away from Jupiter.
</P>
<P>
The next two images show the moon Amalthea; they were taken with the Sun
directly behind the observer, an alignment that emphasizes patterns of
intrinsically bright or dark surface material.  The third image from the
top is a view of Amalthea's leading side, the side of the moon that
'leads' as Amalthea moves in its orbit around Jupiter.  This image looks
'noisy' because it was obtained serendipitously during an observation of
the Jovian satellite Io (Amalthea and Io shared the same camera frame
but the image was exposed for bright Io rather than for the much darker
Amalthea). The fourth image from the top emphasizes prominent 'spots' of
relatively bright material that are located near the point on Amalthea
that faces permanently away from Jupiter. The bottom image is a view of
the tiny moon Metis.
</P>
<P>
In all the images, north is approximately up, and the moons are shown in
their correct relative sizes.  The images are, from top to bottom:
Thebe taken on November 7, 1997 at a range of 504,000 kilometers (about
313,000 miles); Thebe on November 7, 1997 at a range of 548,000
kilometers (about 340,000 miles); Amalthea on November 6, 1997 at a
range of about 650,000 kilometers (about 404,000 miles); Amalthea on
November 7, 1997 at a range of 475,000 kilometers (about 295,000 miles);
Metis on November 7, 1997 at a range of 637,000 kilometers (about
396,000 miles).
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