This is not a good test, but this is what I could do at the moment. Dark sky should be where it shines.
The target object is the moon, and I've used a tele vue 5x before a star diagonal to push the power up...
I found that if I keep on indoor light on, the image will be totally washed out. It seems like the lack of baffling is the killer of the contrast. But for deep sky imaging at darker sky, it should be no problem?
Welcome to my astronomy blog, I dedicate myself to the simplest form of amateur astronomy which requires only portable equipment. I have two small refractors, two small binoculars, one small GOTO mount and another small equatorial mount, and a small H-alpha solar filter. Originally from a city where the people were proud of their light pollution, that is Hong Kong where I loved. Relocated to the UK since 2021.
Wednesday, October 21, 2015
Wednesday, October 14, 2015
20151014 Sun
My daughter was sick leave at home, so I was there with her. Chance to pull out my solar gear and captured this one:
Color cam is not really for H-alpha imaging... again resolution killed by the bayer filter matrix of the ASI 130mc, got to buy a new monochromatic camera soon! Seems CMOS sensor with rolling shutter is to be avoided?
AVI converted to older format via virtualdub and then processed with Registax 5, downsized to reduce the effect of the artifacts.
Color cam is not really for H-alpha imaging... again resolution killed by the bayer filter matrix of the ASI 130mc, got to buy a new monochromatic camera soon! Seems CMOS sensor with rolling shutter is to be avoided?
AVI converted to older format via virtualdub and then processed with Registax 5, downsized to reduce the effect of the artifacts.
Friday, October 02, 2015
20150929 Sun (very poor sky)
Just stacked, and a waste of time to further process.
1524 and 1525 (GMT+8), prime focus. ASI 120MC.
1524 and 1525 (GMT+8), prime focus. ASI 120MC.
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