M42 captured with a CMOS camera. ASI224M color version, ASI290MM monochrome camera + near infrared IR filter.In M42, the west of Trapezium is brightest, and I can see subtle colors of green and yellow when viewed at 45 km. In the IR filter image, the stars in the nebula emerge and you can see the difference.11/21/2019 45cm nwetonian.
Participated in the 60th anniversary ceremony of Association lunar and planetary observers of Japan and Jupiter conference.After a long time, I met Japanese observers and enjoyed the night party!I got some power.
M1(Crab Nebula) 45mm Reflector F/4 The star image is blurry, but the filament of M1 is well captured by IR modified cameras. The power of the big telescope!
It is M42 again with a 45cm mirror. Although the star image is still large, the outside of the nebula is well out. 30, 15, 5 seconds (10 each) (ISO3200) LPS-D1 MPCC-MARK III EOS kiss X5 (IR modification)
C/2018 W2 Africano Comet 2019 09/26 It is not visible just by seeing the center of the comet
The fine structure of the center of M31 (Andromeda Nebula). Try a pattern that cannot be seen due to overexposure. The image quality has dropped! 40㎝ F / 4.5 Reflector September 10, 2019
Saturn August 01 (UT) 2019 UV IR CH4 routine image Bad image due to low Saturn altitudeIn the IR image, a hexagonal pattern can be seen in the north pole area.The main body pattern is opposite for UV and CH4.
M27 (re-photographed) 2019 08/4-7 40cm F/4.5 MPCC-MARK3 synthesized from 3 night images EOS X5-IR remodeling- The star is flowing poorly, but the outer periphery of the nebula looks good.
M27 (NGC 6853) Sawinza/Planetary Nebula (IIIa) Red Longitude 19h59.6m Red Latitude +22°43′ Grade 7.6 magnitude Vision diameter 7′ distance 820 light years After the end of the rainy season, I took a picture of the heavenly body of summer with a 40cm reflection. The light gas flow of the M27 nebula is beautiful!