| DSDR Mounting Structure
(Dec. 2, 1999)
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Rotator which holds antennas is mounted on the green unistrut.
The antennas are pointed at a zenith angle of 180 degrees. The four silver
zero cases on the backplanes of the antennas hold DSDR parts. The grey box in
the foreground attached to the antenna that Mark is working on holds the IR
and video camera. Are initial idea is to mount ACMR on the other antenna,
opposite the IR and video.
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Another closer look of one antenna. Note IR/video box at
center-right.
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In the center is the rotator. David attached a
90-degree metal plate to it so that the rotator sits in a "cradle"
which is mounted on the end of the boom on the truck. You can see in the
lower-left how the IR/video is attached. Imagine ACMR on the opposite side.
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Looking from the back side at the other antenna. ACMR
would be mounted on this antenna.
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Looking down on the antenna to which ACMR would be
mounted. Note that ACMR would be on the other side of this antenna, i.e. you
are looking at the back side.
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A closer look at some of DSDR. This is the antenna
with IR/video on the front.
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This is the spot where ACMR would go. The idea is
that it would attach to the metal plate on at center-left where you see the
tie-wrap. We can extend this metal piece if ACMR needs more room.
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Another picture of the spot for ACMR. The ruler is 31 inches long.
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Another picture of the spot for ACMR, now looking
sideways. You can see 11 inches of the ruler.
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| Truck-Mounted DSDR
(Feb 23, 2000)
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TMRS as viewed from atop the Space Research Building.
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A-frame assembly.
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TMRS with boom extended.
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Docking DSDR into TMRS.
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Closer view of docking procedure.
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Another close view of docking
procedure.
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DSDR in front of TMRS for testing.
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The first fly.
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Hot calibration.
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Cranking DSDR up to dock.
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Running FluxMon inside the truck to control DSDR.
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Attempting sky calibration.
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