Lunar R-v / Albategnius albategnius. albategnius ( 136 Km de diamètre ) éclairé de l'ouest, comme lors d'un dernier quartier. Photo de Denis Goyette, prises avec ScmidtCassegrain 20 c.m. et caméra CCD. / http://www.cam.org/~lunarweb/formatio/albat/albat.html
Earth's Moon - Ranger 9 Ptolemaeus, Alphonsus, and albategnius craters on the Moon image from 2500 km showing Ptolemaeus, Alphonsus, and albategnius craters. Ptolemaeus is the large (164 diameter) flat http://nssdc.gsfc.nasa.gov/imgcat/html/object_page/ra9_b001.html
Extractions: Earth's Moon - Ranger 9 Ranger 9 B-camera image from 2500 km showing Ptolemaeus, Alphonsus, and Albategnius craters. Ptolemaeus is the large (164 diameter) flat-floored crater at the top. Alphonsus, diameter 108 km, is at lower left and the 114 km Albategnius crater is at lower right. The terminator runs through the lower corner. Ranger 9 impacted in Alphonsus crater 18.5 minutes after this image was taken. North is at 12:30 (Ranger 9, B001)
ALBATEGNIUS albategnius (c. 830929), an Arab prince and astronomer, correctly designatedMahommed ben Gebir al Batani, his surname being derived from his native. http://86.1911encyclopedia.org/A/AL/ALBATEGNIUS.htm
Extractions: ALBATEGNIUS See Houzeau, Bibliographic astronomique, i. 467; M. Marie, Histoire des sciences, ii. 113; R. Wolf, Geschichte der Astronomic, p. 67; Delambre, Hist, de I'astr. au moyen age, ch. ii.; Phil. Trans., J693 (913), where E. Halley supplies corrections to some of the observations recorded in De Motu Stellarum. ALBANY (NEW YORK) ALBAY
WIEM: Albategnius Matematyka, Astronomia, Azja. albategnius( ok. 854929) http://www.encyklopedia.pl/wiem/00556b.html
Albategnius At Sunrise, 2001-07-27 AstroDrawings 2001. by Gerhard Niklasch. The Moon. albategnius. at sunrise,with Klein embedded in its SW wall, Vogel to the South, Halley http://www.gn-50uma.de/mizar/drawings/2001/drw-20010727-Albategnius.en.shtml
ALBATEGNIUS albategnius (c. 830929), an Arab prince and astronomer, correctly designated Mahommed ben Gebir al Batani, his surname being derived from his native him on astronomical chronology. albategnius http://www.1911encyclopedia.org/A/AL/ALBATEGNIUS.htm
Extractions: ALBATEGNIUS See Houzeau, Bibliographic astronomique, i. 467; M. Marie, Histoire des sciences, ii. 113; R. Wolf, Geschichte der Astronomic, p. 67; Delambre, Hist, de I'astr. au moyen age, ch. ii.; Phil. Trans., J693 (913), where E. Halley supplies corrections to some of the observations recorded in De Motu Stellarum. ALBANY (NEW YORK) ALBAY
Albategnius albategnius. The walls of this huge and old ring mountain have beenbombarded by countless subsequent impacts. The curious result http://www.inconstantmoon.com/img_alba_ac.htm
Extractions: albategnius The walls of this huge and old ring mountain have been bombarded by countless subsequent impacts. The curious result is that it has acquired an unmistakably hexagonal appearance. Photo: António Cidadão . His Home Page of Astrophotography includes stereograms, animations, and "Seven Craters a Week" from his forthcoming photographic lunar atlas. Inconstant Moon
Catalog, Part 1 the Moon. albategnius crater Diameter 81 miles Depth 14500 Class5 Rukl 44 Ring mountain with 4500 offcentre peak. ALDRIN http://www.inconstantmoon.com/not_cat1.htm
Extractions: catalog Here is part one of the Inconstant Moon Catalog - summary details of all of the features mentioned in the guide. "Class" refers to the crater classification given in Ralph Baldwin's The Measure of the Moon . "Rukl" indicates the chart number in Antonin Rukl's Atlas of the Moon - click on this to see the corresponding page in Akkana Peck's Hitchhiker's Guide to the Moon ALBATEGNIUS crater
Albategnius albategnius. By Robin Casady. When I started observing sometime between 600 and 700 p.m. the floor of albategnius Rukl 44 was all in shadow. There were two small white specs showing. http://www.observers.org/reports/98.06.02.html
Extractions: By Robin Casady When I started observing sometime between 6:00 and 7:00 p.m. the floor of Albategnius [Rukl 44] was all in shadow. There were two small white specs showing. One was the central peak and the other was a high point on the east wall of Klein. I was observing through a mackerel sky. As the night went on the clouds became thicker, then a clear area would come over and I could observe again. So, I was in and out of the house waiting for sucker holes. Each time I went out, Albategnius was different. Klein's wall slowly emerged from the shadow. By midnight much of the floor was illuminated and long pointed shadows pointed inwards from the peaks on the rim. Albategnius B was apparent, though its floor was dark. It was fun to watch the light slowly spill into Albategnius. Moving north, Rimae Triesnecker, Rima Hyginus, and Rima Ariadaeus were all showing well. Vallis Alpes was crossing the terminator early in the evening. Later it had completely emerged, but the floor was in shadow. Equipment: Takahashi TSC 225 binoviewer + 10mm eyepieces approx 338x
Index Of /~vhoette/Explorations/images/Albategnius Parent Directory 18Mar-2004 1541 - moonIndex of /~vhoette/Explorations/images/albategnius. Name Last modifiedSize http://hou.lbl.gov/~vhoette/Explorations/images/Albategnius/
Muslim Scientists And Islamic Civilization Medicine, Mathematics, Caligraphy, Literature. 838 870. Al-Battani (albategnius) Astronomy, mathematics, Trigonometry http://www.cyberistan.org/islamic
Extractions: Welcome to the web page on Muslim contribution to humanity and Islamic Civilization. This page is dedicated to those Muslims whose multi-disciplinary contributions sparked the light of learning and productivity and without whom the European Renaissance would not have begun and come to maturity. Their contributions are rarely mentioned in formal education, and if at all mentioned their names are Latinized or changed with the effect of obscuring their identity and origin, and their association with the Islamic Civilization.
Albategnius (9th Century A.D.) albategnius. Find more articles on albategnius. Purchase books on the history of mathematics.This biography is reprinted from The New Calendar of Great Men. Ed. http://www.usefultrivia.com/biographies/albategnius_001.html
Extractions: ALBATEGNIUS In the ninth century begins the fertile period of Arabian science, protected and encouraged by the Khalifs of Baghdad, especially by Al Mamun, son of Harun-al-Raschid, who spent much time in forming a collection of Greek works on science. Ptolemy 's Syntaxis was translated in 817 by Isaac ben Honain, and was carefully studied by the astronomers of Baghdad and Damascus. His observations were carefully repeated, but without any marked advance of science till the time of Mohammed ben Geber ALBATANI ; so called from Batan, in Mesopotamia, the place of his birth; in Western style he is known as Albategnius . He was a Syrian prince; able and willing to spend wealth on costly observatories established at Aracte and also at Antioch. The result of his labours is contained in a treatise on the science of the stars and their motions. In trigonometry, Albategnius introduced an important innovationthe use of the semi-chord of the double arc for the chords employed by Hipparchus and Ptolemy. This semi-chord was called in Arabic gib, i.e.
Al-Battani (Alabategnius), 858 - 929 C.E. ABU ABDULLAH ALBATTANI (albategnius) (858 - 929CE), by Dr. A. Zahoor. Click here to proceed. http://salam.muslimsonline.com/~azahoor/battani.html
Extractions: Important Astronomers, their Instruments and Discoveries by Paul M. Rybski Part 1 Pre-telescopic Instruments, their Inventors and Users Babylonian observations (1500 BC?) recorded solar and lunar eclipses as well as planetary observations using merkets and waterclocks. Macedonian philosopher Thales of Miletus (575-532 BC?) predicted a solar eclipse using Babylonian observations and mapped out constellations to aid navigation. Alexandrian astronomer Eratosthenes (260-201 BC?) measured the circumference of the Earth using comparative shadow rod measurements in two places and knowledge of the distance between them. Alexandrian astronomers Aristillus and Timocharis charted the positions of the brighter stars (284 BC), producing the first star catalog using a Cross-staff. Aristarchus of Samos (250 BC?) calculated the distance of the Sun from the Earth and the Moon and Sun's sizes relative to Earth by observations during solar and lunar eclipses and at first quarter Moon using a Cross-staff. Eratosthenes (204 BC) catalogued more than seven hundred stars using one, and possibly two, armillary spheres.
Albategnius albategniusest un cirque très ancien et délabré de 136 km de diamètre. http://www.astrosurf.com/jm.pierre/page5.html
Extractions: Albategnius est un cirque très ancien et délabré de 136 km de diamètre. Ses remparts en terrasses atteignent 4000 m. Dans la partie sud ouest de l'arène se trouve un cratère plus récent: Klein (encore partiellement dans l'ombre sur la photo) de 44 km de diamètre, parois de 1460 m. Au centre, le massif montagneux atteint 4000 m, de part et d'autre on distingue de nombreuses cuvettes et craterlets.
