Images by Jim Burchell – 23rd to 25th Feb 2023

Member Jim Burchell was busy out and about towards the end of February photographing our stunning sky and below is a selection of his superb images.

 

Orion, Taurus and the Pleiades taken on the 23rd Feb from the CMHASD pavilion, Sutton-at-Hone.

Image was taken with a Pentax KP on a static tripod, F6.3,  30 sec, 18 MM and iso 800.

 

Crescent Moon on the 24th Feb.

 

The Sun taken on the 24th Feb.

NEVER LOOK AT THE SUN DIRECTLY. Please see our Solar Observing safety page at crayfordmanorastro.com/solar-safety/

Image of the Sun showing sunspots 3229, 3230, 3234, 3235, 3236 & 3237.
This white light image was taken with a Pentax KP attached to 102mm Altair Astro refractor. 1/320 sec & iso200. The image wasn't very sharp as there was some light cloud and the image was then coloured in Snapseed.

 

Crescent Moon with Jupiter & Venus on the 25th Feb.

Venus & Crescent Moon by Jim Burchell

Two image's of Venus in the morning sky both taken from Dartford top road by Jim Burchell on the 22nd and 26th June 2022. 

 

Venus in the dawn Sky 22nd June 2022 taken with a Pentax KP. F9.0 1/2s  60 mm iso 200.
 
Venus and the Crescent Moon taken in the early hours of 26th June 2022 with a Pentax KP.  F7.1 1" 1/2 sec 88 mm  iso 200. 

Jupiter & Venus Conjunction 2022 by Richard Bohner

Whilst CMHASD member views of Venus & Jupiter from the UK were blocked by cloud, two superb images of Venus & Jupiter were captured in the early morning skies of the 28th & 30th April 2022 by member Richard Bohner in Arizona, USA.

The first image taken on the 28th at 04:30 MST was acquired using a Canon 6D, ISO 500 and an 8 second exposure time.  Jupiter is on the left and Venus on the right and only 2.3 degrees apart.

The second image, taken on the 30th at 05:00 MST (using a Canon 6D, ISO 500 and a 6 second exposure time) shows Venus & Jupiter appearing even closer together, in fact very close. The planets were separated by the same angular distance as a full moon: about 1/2 degree!!!  Three moons of Jupiter; Ganymede, Io and Callisto can also be seen in the 2nd image. 

The Venus-Jupiter conjunction happens about once a year but this year the two planets appeared closer than they usually do. The last time the two planets were closer than this year's conjunction was in August 2016 but it was more difficult to see since they were closer to the sun.  The next time they will get this close is in 2039.

Jupiter & Venus 28th April 2022

Jupiter & Venus 30th April 2022

Although Venus and Jupiter appear next to each other in the sky they are nowhere near each other in space. The actual orbit of the planets is around 430 million miles apart (690 million km) nearly five times the Earth–sun distance!

You can also understand why the ancients called planets wanderers too.

Images by Jim Burchell

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Auto Draft

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Images By Diane Clarke

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[caption id="" align="aligncenter" width="800"]IMG_9324 Image by Diane I took this image of Venus before the sunrise on the way back from imaging the mornings NLC's Canon 750D, 55mm lens ISO 500, 1/80 @ f5.6, Static Tripod, 18.06.20 @ 04.18 Diane Clarke, Crayford Kent[/caption]

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Conjunction of Mercury and Venus

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[caption id="" align="aligncenter" width="800"]MercuryandVenus-John-Howarth Image by John Howarth Image taken through glass in upstairs window. (Window will open but not in the right direction. Telephone wires are a nuisance too, just in wrong place..or perhaps Mercury's in the wrong place!)[/caption][caption id="" align="aligncenter" width="800"]OLYMPUS DIGITAL CAMERA Image by Jim Burchell - no details provided[/caption][caption id="" align="aligncenter" width="800"]OLYMPUS DIGITAL CAMERA Image by Jim Burchell Image of Venus and Mercury taken this evening (2020,05/19) at Barn End Lane Dartford[/caption]

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Images of Venus by Julian Tworek

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Image by Julian Tworek.
LX200 10" Philips ToUcam Pro webcam Eyepiece projection 32mm3 March 2004

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An investigation into the phase anomaly of Venus

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It has been known for some time that a difference between observed and theoretical phase of Venus is apparent, not only at dichotomy (Schroter's Effect) but throughout the planet's cycle, CMHAS conducted an experiment to study this effect.

Full paper here

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