Skarpen

Thank you😊 About 7-8 hours☺️

A bit about editing:The M27 I had to make 3 different pictures. (Background, shield around core, and core)The core is edited as a SHO mix Red = (50% SII and HA) Green = (20% HA and 80% OIII) Blue = 100% OIII. SII I have only used in the core itself to get some more details.The background is traditional RGB, but I've used ha as Lum for too take down some noise.the shield around the core is edited as HHOO. Lum and R = HA and G and B = OIII.All 3 images are then edited separately, so I mix this together using difrent mask.The entire edit was done in Pixinsight in its entirety, except for some masks that I had to draw manually.

Velkommen nabo😊

Thank you😊

I made a whole new version because I had lost a lot of OIII signals in the processing.I think this one got better.

Adjustment inn the center off nebula.

Thank you Stargazer33

AG Optical Convergent FA14 Moravian G3-16200 Mount:10 Micron GM2000 HPS II Astrodon B 50mm: 10x300" bin 1x1Astrodon G 50mm: 10x300" bin 1x1Baader Ha 2" 3.5nm: 41x1200" bin 2x2Baader OIII 2" 8.5nm: 27x1200" bin 2x2Astrodon R 50mm: 10x300" bin 1x1Baader SII 2" 7nm: 20x1200" bin 2x2 A bit about editing:The M27 I had to make 3 different pictures. (Background, shield around core, and core)The core is edited as a SHO mix Red = (50% SII and HA) Green = (20% HA and 80% OIII) Blue = 100% OIII. SII I have only used in the core itself to get some more details.The background is traditional RGB, but I've used ha as Lum for too take down some noise.the shield around the core is edited as HHOO. Lum and R = HA and G and B = OIII.All 3 images are then edited separately, so I mix this together using difrent mask.The entire edit was done in Pixinsight in its entirety, except for some masks that I had to draw manually. SkyEye Obsevatory 31\8-2019

Thanks for your feedback. Yes, I might have adjusted the stars a little. But the nebula itself and the background, I certainly do not need any more sharpening Ola

Hello. Thank you This is a cropt version, there is not so much more to bring out. Here is the original image

AG Optical Convergent FA14 Moravian G3-16200 Mount:10 Micron GM2000 HPS II Astrodon B 50mm: 10x600" bin 1x1 Astrodon G 50mm: 10x600" bin 1x1 Astrodon L 50mm: 39x600" bin 1x1 Astrodon R 50mm: 10x600" bin 1x1 SkyEye Obsevatory

Thank you😊😊

Telescope: AG Optical Convergent FA14 14.5" f/5Mount: 10 Micron GM2000Camera: Moravian G3-16200 Astrodon B 50mm: 14x300" bin 1x1Astrodon G 50mm: 14x300" bin 1x1Astrodon L 50mm: 44x300" bin 1x1Astrodon R 50mm: 14x300" bin 1x1 SkyEyE Observatory

SHO palette TS130 f6.6 reducer G3- 16200 Integration: 22.8 hours SkyEye Observatory

Thank you 😊😊

TS 130mm f6.6 Riccardi APO Reducer und Korrektor 0,75x SkyEye Observatory 70x300 L40x300 R40x300 G40x300 B Here, the background is 1 priority.I have tried to get the most out of the deep sky.There are many small galaxies in this area.The picture is much cropped and much stretched, and the resolution is a bit broken because of this.But I think it was pretty ok.Feel free to come up with constructive feedback

thank you. Now the season is over at home. This is from earlier

takahashi fsq 106mm + reducer Nikon D600 mono mod EQ6 Norway 210x300 sek total HA+SII+OII Best inn full resolution

Imaging telescope TS130 f6 Imaging camera:G3-16200 Focal reducer:APM Riccardi 0.75x Reducer I have tried to maintain the contrast after I have «destroyed» the image by removing the stars? SkyEyE Observatory 155x600 sek OIII+SII+HA

Thank you

Thank you. some PS font, dont remember?

Frames: 700x300" Integration: 58.3 hours Takahashi fsq 106+reducer Nikon D600 mono mod Ha filter Norway 2018-2019 Full resolution is best

Frames: 890x300" OIII+SII+HA Integration: 74.2 hours SkyEyE Observatory

Thank you?