The Lord of the White Night

In my region in Northern Poland the Sun during the summer solstice does not come down even 12 degrees beneath horizon
However, the bright nebulae such M57 are still nicely visible.

Yesterday, before the moon rising …. I decided to sketch The Ring in power 167x. I used the Super Plössl UWA SW 58 with GSO nebular filter and Newton Sky-watcher 12 ”

I tried attentively to stare at the “pale disc”, it took me about 20-25minut . In the middle of this structure are week star or something else. I saw something like ghosts inside!

Yours, Robert

Sketch details:
Object Name M57 The Ring Nebula,
Object Type: Planetary Nebula
Location: Poland, Oborniki
Date: 21.06.2011 y,
Equipment: Sky-watcher 12″,GSO nebular filter, Super Plössl UWA SW 58
Object: – Artist: Robert Twarogal (Ignisdei)

Lassoing the Horsehead

Horsehead nebula is one of the most challenging deep sky objects. Also one of my favourites.
I made this sketch using a 8″ Newtonian and a UHC filter under very dark and transparent skies (close to 7th naked eye magnitude). The region around Zeta Orionis is rich with nebulae, 4 of which can be seen here: The famous “Flame” (top), a little NGC2023 (middle), large and faint IC434 (right) and of course the tiny “Horsehead” dark nebula inside IC434. Only a hint of it can be noticed, without any significant details we usually see in long exposure photos.

Equipment: 8″ F/5 Newtonian, UHC filter.
Name: IC434, NGC 2023, NGC 2024, B33
Type: Emission and dark nebulae
Constellation: Orion
Location: Negev desert, southern Israel
Date: 01-02/11/2008 , 02:00
Conditions: good seeing, ~6.9m sky.
Media: Graphite pencils, white paper, red light.
Scanned and processed in Photoshop

Eye of the Raven

Object Name: NGC 4361
Also Known As: H.I.65, PK 294+43 1, PN G294.1+43.6, VV 62
Object Type: Planetary Nebula
Constellation: Corvus
Right Ascension (2000.0): 12h 24m 30.8s
Declination (2000.0): –18° 47′ 05″
Magnitude: 10.3n/13.2s
Diameter: 45″/110″
Voronstov-Velyaminov Type: 3a+2
Distance: 2,600 light years
Discovery: William Herschel on 7 February 1785 with 18.7-inch reflector
NGC Description: vB, L, R, vsmbMN, r

Telescope: Parks Astrolight EQ6 • 6″ f/6 Newtonian Reflector
Eyepiece/Magnification: 7.5mm Parks Gold Series Plössl • 120x • 26′ Field of View
Filter: None
Date/Time: 30 April 2011 • 05:00-05:45 UT
Observing Location: Oakzanita Springs, Descanso, San Diego Co., California, USA
Transparency: NELM 6.2; TLM 14.1
Seeing: Pickering 7-8
Conditions: Clear, calm, cold, humid

I found this bright planetary nebula easily by sweeping 5° due east of my previous target, NGC 4038/9. If you are seeking this object out on its own, it lies in the northern portion of the keystone-like shape of the Crow, and forms a right triangle with Delta (δ) and Gamma (γ) Corvi. As the brightest deep-sky object in Corvus, it is faintly visible in 10×50 binoculars under a dark sky.

At 30x magnification, NGC 4361 appears as a small circular patch of colorless nebulosity with a brighter center in a field sprinkled with bright and faint stars. The central concentration, while prominent, could not clearly be resolved as the central star.

At 60x magnification NGC 4361 displays a bright inner ellipse in position angle 115° surrounded by a fainter outer halo. The central star is intermittently visible as a stellering in the center of the ellipse. Variations in brightness are suspected in the outer shell. At 120x magnification the central star is clearly and steadily visible, even with direct vision. The inner shell appears slightly brighter in its NE half, and faint spiral “arms” can be traced through the outer halo. The nebula remains colorless (or “white”) at each of these magnifications. In many ways this object looks a lot more like a galaxy than a planetary nebula through the eyepiece. At 240x magnification NGC 4361 appeared dim and very diffuse, with the 13th-magnitude central star blazing through the fog. This lack of definition prompted me to back the magnification down to 120x for the sketch.

At 120x magnification, most of the prominent stars visible in the low-power view have been pushed out of the field of view. Only TYC 6105-1027-1, yellow-orange, 8.7′ NE, and TYC 6105-1204-1, blue-white, 10′ NNW, both 11th-magnitude are bright enough to rival NGC 4361. The remaining field stars range from 12th down to 14th magnitude.

The sketch presented here depicts the view at high magnification (120x). The sketch has been rotated so that north is up and west is to the right. The sketch was produced with a No. 2 mechanical pencil with 0.5 mm lead, and three blending stumps (8948B, 8943B, and 8941B) on 100 lb. white card stock. The original drawing measures 7½ inches across.

This observation was made from a reasonably dark site (borderline blue-green on LP maps) at an elevation above 4,000 feet. The NELM was estimated at 6.2, the TLM at 14.1 in the vicinity of the target. The seeing conditions were above average (Pickering 7-8), but the humidity was quite high and care had to be taken to prevent dew from accumulating on optics and sketching materials. The temperature was 37°F. The air was very still and the high magnification views very steady.

Eric Graff

Gazing at Medusa

Abell 21
PK 205+14.1
SH2-274
Planetary Nebula
Gemini
12/12/10
Ilford NSW Australia
56cm f5 dobsonian telescope
Field: 29′
Magnification: 166x with Oxy III filter
Sky quality meter reading: 21:55

Black Canford paper
White pastel chalk
White oil pencil
Soft white pencil
Paint brush
Blending stump

After three months of dismal wet new moon periods I finally scored two nights of decent conditions. My observing site was quite damp from all the rain and the days were humid, so this conspired to bring out a plague of mosquitoes of biblical proportions, hence I had to put on some repellent whilst out observing. The far northern constellation of Gemini was well placed so I decided to observe a few objects that I had listed. The so called “Medusa Nebula” was one of my first targets and it proved most interesting in the 56cm dob at 166x magnification. This diffuse nebula was visible without an Oxy III filter, but it improved slightly when the filter was inserted. Abell 21 was once thought to be a supernova remnant until Soviet astronomers in the 1970’s proved otherwise. It is a rather large planetary and visually shows no sign in the eyepiece of the braid like filamentary structure evident in images.

Scott Mellish

Beauty of the Helix

NGC 7293
Planetary Nebula
The “Helix” Nebula
Aquarius
09/08/10
Ilford NSW Australia
56cm f5 Dobsonian telescope
Field: 29′
Magnification: 166x with Oxy-III filter
Sky Quality Meter reading: 21:52

Black Canford paper
White pastel chalk
White pen
Soft white pen
Cotton bud and paint brush for smudging

I have observed the Helix nebula a number of times over the years but have neglected it since I got my 56cm dob up and running.

I placed a 17mm Nagler in with an Oxy-III filter to give a reasonable field of view.
The Helix was an altogether different observing experience than I last remember, it dominated the eyepiece field and was impressive.

I was glad I called in for the visit.

Scott Mellish.