Astronomy Logbook Software

Astronomy Logbook Software' title='Astronomy Logbook Software' />Radio ExplorerBy Dmitry Nefedov Graphic viewer for shortwave radio broadcasting schedules. Displays data in a treelike expanding table, on a 24hour Gantt chart. ASL Logbook v. 3. ASL Logbook is a program designed and developed for organizing and enhancing play of the Advanced Squad Leader game system. It administers and. The latest schedules of clandestine, domestic, and international broadcast stations worldwide. Outofstockt Item No. Thanks for stopping by Please take a moment and sign the Guestbook by clicking on this message 73 and Thanks. TSOL_1.png' alt='Astronomy Logbook Software' title='Astronomy Logbook Software' />Astronomy Log Book Jack Lees Blog. I am relatively new to the wonderful and awe inspiring world of astronomy. However, I wanted to keep an astronomy log book in order to record what objects I have found and observed using my telescope. I have started from the month when I first got my telescope, which is a small Newtonian reflector Celestron Astromaster 1. EQ MD. I will try to keep this post as up to date as and welcome any target suggestions, recommendations or general comments. Equipment Telescope Celestron Astromaster 1. EQ MD Aperture 1. Focal Length 6. 50 mmEyepieces Plossl 3. Barlow 2x. Filters Moon, Blue, Red, Green. Binoculars 7 x 5. Camera Samsung Galaxy S3 SmartphoneBooksMaps Turn Left at Orion, Cambridge Star Atlas. Collimation method Cheshire. Miscellaneous Red light head flashlight Compass Spirit level Stellarium Andriod ap ISS detector Android App Flask for tea and a folding chair. Summary The table below includes the list of all the objects I have observed and the month it happened. You can click on the name of the object in the table and it will take you straight to the log entry in this article, which includes a description of the target as well as a range of images and photographs. Enjoy Object. Observed with my scope. MonthYear. Moon. Yes. May 2. 01. 4Jupiter and its moons. Yes. May 2. 01. 4Saturn. Yes. May 2. 01. 4Mars. Yes. May 2. 01. 4M1. Globular Cluster. Yes. May 2. 01. 4M8. Galaxy. No. May 2. M8. 2 Galaxy. No. May 2. 01. 4Epsilon Lyrae Double Double. No. May 2. 01. 4M5. Planetary Nebula. Yes. June 2. 01. 4M6. Galaxy. Yes. June 2. M3. 1 Galaxy. Yes. June 2. 01. 4Albireo Double Star. Yes. June 2. 01. 4Mizar Alcor Double Star. Yes. June 2. 01. 4M3 Globular Cluster. Yes. July 1st 2. 01. M5. 1 Galaxy. Yes. July 1st 2. 01. 4M5. Globular Cluster. Yes. July 1. 5th 2. M2. 7 Planetary Nebula. Yes. July 1. 5th 2. M9. 2 Globular Cluster. Yes. July 1. 7th 2. M1. 1 Open Cluster. Yes. July 1. 7th 2. M7. 1 Globular Cluster. Yes. July 1. 7th 2. M1. 0 Globular Cluster. Yes. July 2. 3th 2. M1. 2 Globular Cluster. Yes. July 2. 3rd 2. M5. 2 Open Cluster. Yes. July 2. 3rd 2. The Double Cluster. Yes. July 2. 3rd 2. NGC 7. 78. 9 Open Cluster. Yes. July 2. 3rd 2. Cassiopeia Open Clusters. Yes. July 2. 3rd 2. M8. 1 Galaxy. Yes. July 2. 3rd 2. 01. M8. 2 Galaxy. Yes. July 2. 3rd 2. 01. Cor Caroli. Yes. July 2. M9. 4 Galaxy. Yes. July 2. 5th 2. 01. M2. 1 Open Cluster. Yes. July 2. 5th 2. M2. 0 Planetary nebula. Yes. July 2. 5th 2. Teapot DSOs. Yes. July 2. 5th 2. 01. M5 Globular Cluster. Yes. July 2. 8th 2. Vijay Tv Spiritual Programs more. M1. 01 Galaxy. Yes. July 2. 8th 2. 01. M2. 9 Open Cluster. Yes. July 2. 8th 2. M1. 10 Galaxy Yes. July 2. 8th 2. 01. Gamma Delphini Double Star. Yes. July 2. 8th 2. M1. 5 Globular Cluster. Yes. August 1. 9th 2. M1. 6 Eagle nebula. Yes. August 1. 9th 2. M1. 7 Swan nebula. Yes. August 2. 3rd 2. M2. 2 Globular cluster. Yes. August 2. 3rd 2. M4. 5 Open cluster. Yes. August 2. 3rd 2. M1. 10 Galaxya Yes. August 2. 3rd 2. 01. M3. 2 Galaxya Yes. August 2. 3rd 2. 01. M2 Globular cluster. Yes. August 2. 6rd 2. Almaak Double Star. Yes. August 2. 6rd 2. Neptune Planet. Yes. August 2. 6rd 2. 01. IC 4. 66. 5 Open Cluster. Yes. August 3. 1st 2. Epsilon Lyrae Double Double. Yes. August 3. 1st 2. M1. 03 Open Cluster. Yes. August 3. 1st 2. NGC 4. 57 Open Cluster. Yes. August 3. 1st 2. NGC 4. 64 Open Cluster. Yes. August 3. 1st 2. NGC 4. 59 Open Cluster. Yes. August 3. 1st 2. Eta Cassiopeiae Double Star. Yes. August 3. 1st 2. M3. 9 Open Cluster. Yes. August 3. 1st 2. M3. 4 Open Cluster. Yes. August 3. 1st 2. M3. 3 Galaxy. Yes. August 3. 1st 2. 01. M4. 2 Nebula. Yes. November 4th 2. 01. M4. 3 Nebula. Yes. November 4th 2. 01. M3. 7 Open Cluster. Yes. November 1. 1th 2. M3. 6 Open Cluster. Yes. November 1. 1th 2. M3. 8 Open Cluster. Yes. November 1. 1th 2. M1 Crab Nebula. Yes. November 1. 4th 2. M3. 5 NGC 2. Yes. November 1. 4th 2. Uranus Planet. Yes. November 2. 4th 2. Geminid Meteor Shower. Yes. December 1. 3th 2. M4. 4 Open CLuster. Yes. December 1. 3th 2. Mecury. Yes. Jan 2. Venus. Yes. Jan 2. Comet Lovejoy. Yes. Jan 2. 01. 5Triple Moon Transit Jupiter. Yes. Jan 2. 01. 5Partial Solar eclipse. Yes. 20th March, 2. M6. 6 Galaxy. Yes. April, 2. 01. 5M6. Galaxy. Yes. April, 2. NGC3. 62. 8 Galaxy. Yes. April, 2. 01. M1. 05 Galaxy. Yes. April, 2. 01. 5M9. Galaxy. Yes. April, 2. M9. 5 Galaxy. Yes. April, 2. 01. 5M6. Galaxy. Yes. April, 2. M8. 7 Galaxy. Yes. April, 2. 01. 5M4. Galaxy. Yes. April, 2. Total Messier Objects. Total Planets Observed. May 2. 01. 4 The first targets I observed with my telescope were the Moon, Jupiter, Mars and Saturn. I have already written a short blog about my experiences viewing these targets see my previous blog posts here and here, so all I will write here is a list of objects I observed in May. The Moon Numerous phases. Jupiter Gemini, setting in the West in the early evening. Jupiters position in Gemini on the 5th of May 2. Image generated in the freely available software Stellarium Saturn Libra, rising in the East in the early evening. Mars Virgo. Saturn and Mars in Libra and Virgo, respectively, on the 5th of May 2. Image generated in the freely available software Stellarium. M1. The Great Globular Cluster in Hercules. This was the first deep sky object DSO I observed with my telescope. Now, it must be stressed that viewing DSO using a small telescope under fairly light polluted sky requires patience and a certain amount of imagination. We are looking at very distant and dim objects there is a reason they are known as faint fuzzies However, when your eyes are dark adapted, and you understand what you are looking at, boy are they worth it. M1. 3 is a globular cluster an ancient, and colossal, spherical collection of stars. Through a small telescope, M1. A simulated view of M1. It looks like a white, fuzzy circle, right However, this circular blob of light is 1. Indeed, the age of M1. To put this in perspective, our star, the sun, is only c. So, when you think about all these things when viewing M1. Visual astronomy is not necessarily all about what the eyes see, but what the mind can begin to comprehend. I should also stress that even in a small telescope, individual stars can be seen in M1. However, this requires dark, clear skies and the use of averted vision i. M1. 3. I also viewed M1. Celestron Cat 8 Skywater reflector at the Bristol Astronomical Society weekly meetings. Wow These bigger telescope sure gave fantastic views of M1. Using long exposure photography the true beauty of M1. This beautiful image of M1. Reddit user zsanderson. Newtonian reflector and a Canon 3. D camera. Obligatory Hubble Space Telescope image of the nucleus of M1. If you click on the full sized version of this picture, the number of stars visible will blow your mind M8. M8. 2 Galaxies. M8. M8. 2 are both galaxies and they are located relatively close to each other in the sky, meaning they can both be observed in the same field of view. M8. 1 is a spiral galaxy 1. M8. 2, which is also known as the Cigar galaxy because of its side on appearance, is also 1. Once again, these two DSOs appear as faint blurs of light through a telescope, as shown in the simulation image belowA simulation of M8. M8. 2 right seen through a small telescope. These galaxies make great targets for amateur astronomers and astrophotographers. Bib. Me Free Bibliography Citation Maker.