MOON (20180224) | more reflected light
WEBLINKS:
http://re.apaaweb.com/moon_h_alpha.html
http://re.apaaweb.com/moon_HR.html
http://re.apaaweb.com/sun_moon.html
More reflected sunlight with excellent seeing
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, X2 Zeiss Abbé Barlow, PGR GRASSHOPPER 3 GS3-U3-28S4M
MOON (20180224). LUNT152 F/6, Baader H-alpha 35nm filter, PGR GRASSHOPPER 3 GS3-U3-28S5M, two-pane mosaic
MOON (20180224). TV101 F/5.4, Baader IRPass filter, PGR GRASSHOPPER 3 GS3-U3-28S4M
SUN & MOON (20180224). TV101 F/5.4, Baader Solar Continuum filter, IR-pass filter, PGR GRASSHOPPER 3 GS3-U3-28S4M (SAME SCALE)
MOON (20180224) | more reflected light
- pedro
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Re: MOON (20180224) | more reflected light
These images belong to an astronomy magazine or science book !
Franco
Franco
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Re: MOON (20180224) | more reflected light
Lovely to see the progression have you ever taken a full disc on each day of the month and made an animation of the phases?
Alexandra
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Re: MOON (20180224) | more reflected light
Excellent views of the moon!
http://brierleyhillsolar.blogspot.co.uk/
Solar images, a collection of all the most up to date live solar data on the web, imaging & processing tutorials - please take a look!
- pedro
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Re: MOON (20180224) | more reflected light
Thanks again guys
Alexandra: not yet but my friend Antonio Cidadao did a long time ago. His animation was APOS several times and it was done with a 6 bits webacam. It is very evident the variation of the moon diameter and the libration as well, check it out at:
https://apod.nasa.gov/apod/ap120205.html
Explanation: Our Moon's appearance changes nightly. This time-lapse sequence shows what our Moon looks like during a lunation, a complete lunar cycle. As the Moon orbits the Earth, the half illuminated by the Sun first becomes increasingly visible, then decreasingly visible. The Moon always keeps the same face toward the Earth. The Moon's apparent size changes slightly, though, and a slight wobble called a libration is discernible as it progresses along its elliptical orbit. During the cycle, sunlight reflects from the Moon at different angles, and so illuminates different features differently. A full lunation takes about 29.5 days, just under a month (moonth).
Alexandra: not yet but my friend Antonio Cidadao did a long time ago. His animation was APOS several times and it was done with a 6 bits webacam. It is very evident the variation of the moon diameter and the libration as well, check it out at:
https://apod.nasa.gov/apod/ap120205.html
Explanation: Our Moon's appearance changes nightly. This time-lapse sequence shows what our Moon looks like during a lunation, a complete lunar cycle. As the Moon orbits the Earth, the half illuminated by the Sun first becomes increasingly visible, then decreasingly visible. The Moon always keeps the same face toward the Earth. The Moon's apparent size changes slightly, though, and a slight wobble called a libration is discernible as it progresses along its elliptical orbit. During the cycle, sunlight reflects from the Moon at different angles, and so illuminates different features differently. A full lunation takes about 29.5 days, just under a month (moonth).
Pedro Re'
https://pedroreastrophotography.com/
https://pedroreastrophotography.com/