Very impressive results!
Thank you very much for sharing!
Any recommendations about
a) mask - telescope aperture ratio?
b) off-axis angle?
Best regards from Berlin, Germany,
Götz
igotmail2 9 months ago
@igotmail2 mask becomes useful with big newtonian telescopes, 8 inches or more. Off-axis should be the closer to the center/axis the better.
CumputerPhysiscsLab 9 months ago
Very nice detail.. Must be awesome to have a 16".. the biggest I've used is 10
jamieball 10 months ago
@mrtapoche1 A mask is a diaphragm for the telescope to contain the negative effects of the seeing.
CumputerPhysiscsLab 10 months ago 2
Nice jop !
giofrasa 10 months ago
What's a "mask"?
ParaglidingManiac 10 months ago 2
@ParaglidingManiac In this case, it is an off axis aperture mask, that stops down the aperture of the telescope, avoiding turbulence effects at high resolution imaging.
CumputerPhysiscsLab 10 months ago
nice..
w1k 10 months ago
Very impressive results!
Thank you very much for sharing!
Any recommendations about
a) mask - telescope aperture ratio?
b) off-axis angle?
Best regards from Berlin, Germany,
Götz
igotmail2 9 months ago
@igotmail2 mask becomes useful with big newtonian telescopes, 8 inches or more. Off-axis should be the closer to the center/axis the better.
CumputerPhysiscsLab 9 months ago
Very nice detail.. Must be awesome to have a 16".. the biggest I've used is 10
jamieball 10 months ago
@mrtapoche1 A mask is a diaphragm for the telescope to contain the negative effects of the seeing.
CumputerPhysiscsLab 10 months ago 2
Nice jop !
giofrasa 10 months ago
What's a "mask"?
ParaglidingManiac 10 months ago 2
@ParaglidingManiac In this case, it is an off axis aperture mask, that stops down the aperture of the telescope, avoiding turbulence effects at high resolution imaging.
CumputerPhysiscsLab 10 months ago
nice..
w1k 10 months ago