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ĞĊĕĎĊĈĊėĔďĊĈęĎĔē
angular sizes, primarily the Moon and planets. Planets, although
physically quite large, appear small in angular size because of their
ǤƤ ǡǡ
to make the image large enough to see any detail. Unfortunately,
the camera/telescope combination alone does not provide enough
Ƥ ƤǤ
image large enough, you must attach your camera to the telescope with
Ǥǡ
Ǣ
Ǧȋ͗͛͛͜͡͞Ȍǡ
T-ring for your particular camera make (i.e., Minolta, Nikon, Pentax, etc.).
Ƥ
ǡƤ
ƥ
Ƥ
Ǥ
ǡƤ
Ǥ
ǯƤ
ƤǯǤ
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Ƥ
Ǥ
Ȃ
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vibration to smear the image. To get around this, use the camera’s self-
Ȃ
Ǥ
ǡ
“hat trick.” This technique incorporates a hand-held black card placed
over the aperture of the telescope to act as a shutter. The card prevents
Ǥ
the shutter has been released and the vibration has diminished (a few
Ȍǡ ƤǤ
the exposure is complete, place the card over the front of the telescope
Ǥ
Ƥǯ
Ǥ
ǡ
Ǥ
Ǣ
Ǥ
Here’s the process for making the exposure.
͙Ǥ Ƥ Ǥ
2. Turn the focus knob until the image is as sharp as possible.
3. Place the black card over the front of the telescope.
4. Release the shutter using a cable release.
5. Wait for the vibration caused by releasing the shutter to diminish.
Also, wait for a moment of good seeing.
͞Ǥ
of the exposure (see accompanying table).
͟Ǥ Ǥ
8. Close the camera’s shutter.
ƤǤǯ
to take photos of varying duration and keep accurate records of what you
have done. Record the date, telescope, exposure duration, eyepiece,
ȀǡƤ Ǥ
͙͘
eyepiece. All exposure times are listed in seconds or fractions of
a second.
͠ǧ͜
ĊĈĔĒĒĊēĉĊĉĊĝĕĔĘĚėĊęĎĒĊċĔėĕčĔęĔČėĆĕčĎēČĕđĆēĊęĘǤ
Planet
ISO 50
ISO 100
ISO 200
ISO 400
Moon
4 2 1
1/2
Mercury 16
8
4
2
Venus 1/2 1/4 1/8
1/15
Mars 16 8 4
2
Jupiter
8 4 2
1
Saturn 16 8
4
2
The exposure times listed here should be used as a starting point. Always
make exposures that are longer and shorter than the recommended
time. Also, take a few photos at each shutter speed. This will ensure that
Ǥ
͛͞Ǥ
NOTE: Don’t expect to record more detail than you can see
visually in the eyepiece at the time you are photographing.
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ĔēČĝĕĔĘĚėĊėĎĒĊ ĔĈĚĘčĔęĔČėĆĕčĞ
This is the last form of celestial photography to be attempted after
Ǥ
ǡ
ǤƤ
ǡǤ
Ƥ
Ƥ
Ǥ
ǡǡ
ǡǡƥ
Ǥ
There are several techniques for this type of photography, and the
one chosen will determine the standard accessories needed. The best
ơǦ
guider. This device allows you to photograph and guide through the
Ǥơ
ơǦǡ
ȋ͙͗͜͟͡͞ȌǤǡ
need a T-Ring to attach your camera to the Radial Guider.
Ǥ
forms of astrophotography which allows for fairly loose guiding, prime
focus requires meticulous guiding for long periods. To accomplish this
you need a guiding ocular with an illuminated reticle to monitor your
Ǥ ǡơ
ȋ͙͙͗͜͟͡ȌǤ
Ǥ
1. Polar align the telescope using an optional equatorial wedge. To polar
ȋȌ
Ǥ ǡ
see the Polar Alignment section earlier in the manual.
2. Remove all visual accessories.
3. Thread the Radial Guider onto your telescope.
4. Thread the T-Ring onto the Radial Guider.
T-Ring
Tele-Extender
Eyepiece
Visual Back
35 mm SLR
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