DOCSLIB.ORG

January Southern Hemisphere

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
January Southern Hemisphere Saturn Lesath N6231 Shaula S M7 M25 M28 Borealis Men Kaus Media Kaus Kaus Kaus NORMA Sargas M22 Southern Algorab M68 Kraz N5128 Australis M69 Kaus Kaus 2015 ARA Hemisphere N5139 CORVUS Gienah Nunki SUITABLE FOR LATITUDES January AUSTRALIS SAGITTARIUS CIRCINUS FROM 30° TO 50° SOUTH. CORONA CORONA Kentaurus Minkar Albaldah Ascella 8 pm Rigel ADD ONE HOUR FOR TELESCOPIUM N4945 DAYLIGHT SAVING. CRUX Agena Becrux Atria CENTAURUS Gacrux AUSTRALE M55 TRIANGULUM Acrux CRATER PAVO APUS cluster Peacock Gamma Cen Cen Gamma M75 MUSCA CARINA VISIBLE TONIGHT TO THE NAKED EYE INDUS OCTANS I2602 Nebula MICROSCOPIUM Eta Car Car Eta CAPRICORNUS Dabih Mars, the Red Planet, is the fourth planet of the Solar System, not as bright as other planets but a distinct reddish glow can be observed ANTLIA N3132 N2867 TUCANA CHAMAELEON Alnair VELA Miaplacidus The Orion Nebula is one of the must-see object. Simply beautiful. N104 Al'danab MENSA vior Generally the first deep sky object observed by beginners. Can be A HYDRUS SMC seen with the naked eye even in bad conditions. N362 GRUS N2070 VOLANS Venus AUSTRINUS The Pleiades or Seven Sisters is one of the nicest objects visible in LMC Muhlif Suhail al al Suhail PISCIS PISCIS M30 RETICULUM Alsuhail Achernar the northern Hemisphere. Very easy to spot with the naked eye, PHOENIX Algedi even without reference star. Deneb Naos PICTOR Eta Carina Nebula should not be missed. A must for beginners PYXIS AQUARIUS Fomalhaut and for astrophotographers. Near the Southern Cross. DORADO HYDRA N7293 Ankaa N55 N2477 The Lambda Cen Nebula (or Running Chicken Nebula) is an Canopus Alfard SCULPTOR PUPPIS HOROLOGIUM Mars open cluster with an emission nebula in Centaurus. Really worth W E N1851 a look. COLUMBA N2362 M93 CAELUM The Hyades , the closest open cluster in Taurus. With very dark Sadalmelik Diphda Furud skies, the cluster is amazingly crowed. Not really visible with N253 FORNAX M41 Phakt CANIS MAJOR M47 M46 light pollution. M48 M79 Alcyone. A blue star belonging to the Pleiades. Best observed Mirzam with binoculars to see the haze of the cluster. Sirius Jupiter LEPUS Aldebaran. A red giant in Taurus. Its name means ‘The Follower’. ERIDANUS M50 Saiph MONOCEROS M67 Zaurak Close to the Hyades. Rigel CETUS Bellatrix. Bellatrix means ‘Female Warrior’. It is located at the ‘Left M43 Orion Nebula Procyon Shoulder’ of Orion. CANIS ORION MINOR Achernar. Brightest star in Eridanus. The ninth brightest star in the Markab Beehive cluster sky. Appears bluish. Menkar Gomeisa CANCER Algenib PEGASUS PISCES Al Na’ir. Its name means ‘The Bright One’, the brightest star in the Great Square Betelgeuse of Pegasus Bellatrix Crane. Hyades Alhena Sirius. The brightest star in the sky. So bright that the Earth atmosphere Aldebaran lets it twinkle in a spectacular manner. Its name means ‘glowing’ in Ancient TAURUS Sheratan Greek. Scheat M1 ARIES Pollux Alpheratz GEMINI Acrux. The brightest star in the Southern Cross. Its name means ‘A, the first, in Hamal M35 the cross’. Pleiades Galaxy TRIANGULUM Alnath Castor Fomalhaut. The brightest star in the Southern Fish. Its name means ‘Mouth of the Fish’. Nebula M33 M37 The star is surrounded by a debris disk. Atik Planetary Nebula Hassaleh M36 Rigel. The brightest star of Orion. The sixth brightest star in the sky. Its name means ‘The Foot Mirach Open Cluster of the Giant’. PERSEUS M38 Globular cluster N752 AURIGA Andromeda M32 Galaxy Algol THIS MAP IS FREE FOR EDUCATIONAL USE AND MAY BE FREELY DISTRIBUTED AND REPRODUCED UNDER THIS CONDITION. Almach M34 N Anz Star Magnitudes PLEASE CONTACT US FOR COMMERCIAL VERSIONS. © 2012 - 2015 STARMAP-FREDD. ALL RIGHTS RESERVED. HTTP://STAR-MAP.FR Al Menkalinan -1 0 1 2 3 4 WITH BINOCULARS AND SMALL TELESCOPES MOON CALENDAR NGC104 47 Tucanae, an intense globular cluster containing millions of stars. Easy to locate. A nice object for beginners in astrophotography. Monday 29 Tuesday 6 Tuesday 13 Tuesday 20 NGC2070 The Tarantula Nebula, such a beautiful object in the Large Magellanic Cloud. Worth a trip to the southern hemisphere with your camera. M43 The companion of the Orion Nebula. Best observed with small telescopes. Appears as a HOW TO USE THE MAP nebulosity surrounding 5 stars. The map shows what you see looking at the zenith. The apparent inversion of East and West M47 Beautiful open cluster in Puppis. Very bright and rich field. A medium-sized fuzzy patch. Near Sirius. compared to road maps is normal. Hold the map face down above your head, and the cardinal points will be oriented as usual. IC2602 The Theta Carinae Cluster or Southern Pleiades is fainter than the Pleiades. Best views with binoculars, from Miaplacidus. As a starting point, face North, holding the map in your eyesight direction, with its North down. As you change the direction, rotate the map accordingly. NGC3132 The Eight-Burst Nebula looks like the ring nebula. Difficult to locate in Vela. PathFinder function from Suhail. The objects listed on the first page can be observed with naked eyes, in clear skies, with moderate light pollution. Close your eyes one minute and let them adapt to darkness. You will be surprised how NGC253 Sculptor Galaxy, an intermediate spiral galaxy, almost edge-on. Not far from the south pole. many more details will be apparent. NGC7293 The Helix nebula is a blue eye with a red border. A huge object, one of the favorite of amateur astronomers. Using binoculars, preferably with a tripod, will considerably enhance your star gazing experience. Many deep sky objects like galaxies and clusters will be within reach. Jupiter satellites and Saturn’s NGC362 A nice little but bright globular cluster in the Toucan. Easily visible with small telescopes. rings will also be visible. A spectacular experience for beginners in astronomy... Start from Achernar or ß-Hyi. Avoid the nights when the Moon is too bright as its light would make the observation of faint objects NGC55 A barred irregular galaxy, edge on. Bluish with a fuzzy core. Close to the south pole. PathFinder from Ankaa. difficult. NGC2362 A faint cluster marked by the bright star τ-Canis Majoris. A massive open cluster close to the nebula sh2-310. FOR LARGER TELESCOPES (1) NGC2867 An open cluster in Norma. Easy to locate beside Aspidiske in Carina. NGC2477 An open cluster in Puppis. Contains about 300 stars. Small and bright object. Needs high NGC2244 The open cluster located in the Rosette Nebula. magnification. M41 An open cluster just below Sirius. A beautiful cluster composed of bright stars. It appears as NGC2237 The Rosette Nebula is a very good candidate for large field astrophotography. Bluish a small area overflowing with faint stars center surrounded by red clouds. M46 A nice open cluster. Well observed with binoculars or a wide-angle telescope field. Compare NGC2261 The Hubble’s Variable Nebula is a reflection nebula illuminated by R Monocerotis. A small its contrast with M47. comet-shaped fuzzy patch. M74 A beautiful spiral galaxy best observed with astrophotography. Beautiful color. A nice but difficult target. M77 A nice spiral galaxy with a faint core. It appears as a large spiral with broad arms. Best revealed though long exposures. M78 A faint and small planetary nebula in Orion. A small object best observed with A PLANETARIUM IN YOUR POCKET astrophotography. Appears as a nebulosity surrounding 2 stars in the eye piece. NGC300 A spiral galaxy in Sculptor. Yellow/white core with fuzzy blue arms. The most informative and interactive hand- NGC1097 A barred spiral galaxy in Fornax. Elongated white core with two bluish long arms. held planetarium App ! Starmap is available NGC246 The Skull Nebula is a planetary nebula in Cetus. Bluish/purple ring around the central on the iPhone™, iPad™, and iTouch™. When star. your device has a compass, Starmap displays SAO173446 The double star 30τ-CMa, both components of blue color. exactly the portion of the sky you are pointing SAO114258 at. Hold the device parallel to your line of vi- The double star 15Mon, both components of blue color. sion and discover the map smoothly scanning SAO132406 The double star 48σ-Ori, both components of blue color. the sky as you move. SAO197795 The double star π-Pup, both components of orange color. (1) In order to keep the map readability, these objects are not displayed on the map.
Load more

Recommended publications
  • Instruction Manual
    1 Contents 1. Constellation Watch Cosmo Sign.................................................. 4 2. Constellation Display of Entire Sky at 35° North Latitude ........ 5 3. Features ........................................................................................... 6 4. Setting the Time and Constellation Dial....................................... 8 5. Concerning the Constellation Dial Display ................................ 11 6. Abbreviations of Constellations and their Full Spellings.......... 12 7. Nebulae and Star Clusters on the Constellation Dial in Light Green.... 15 8. Diagram of the Constellation Dial............................................... 16 9. Precautions .................................................................................... 18 10. Specifications................................................................................. 24 3 1. Constellation Watch Cosmo Sign 2. Constellation Display of Entire Sky at 35° The Constellation Watch Cosmo Sign is a precisely designed analog quartz watch that North Latitude displays not only the current time but also the correct positions of the constellations as Right ascension scale Ecliptic Celestial equator they move across the celestial sphere. The Cosmo Sign Constellation Watch gives the Date scale -18° horizontal D azimuth and altitude of the major fixed stars, nebulae and star clusters, displays local i c r e o Constellation dial setting c n t s ( sidereal time, stellar spectral type, pole star hour angle, the hours for astronomical i o N t e n o l l r f
    [Show full text]
  • Naming the Extrasolar Planets
    Naming the extrasolar planets W. Lyra Max Planck Institute for Astronomy, K¨onigstuhl 17, 69177, Heidelberg, Germany [email protected] Abstract and OGLE-TR-182 b, which does not help educators convey the message that these planets are quite similar to Jupiter. Extrasolar planets are not named and are referred to only In stark contrast, the sentence“planet Apollo is a gas giant by their assigned scientific designation. The reason given like Jupiter” is heavily - yet invisibly - coated with Coper- by the IAU to not name the planets is that it is consid- nicanism. ered impractical as planets are expected to be common. I One reason given by the IAU for not considering naming advance some reasons as to why this logic is flawed, and sug- the extrasolar planets is that it is a task deemed impractical. gest names for the 403 extrasolar planet candidates known One source is quoted as having said “if planets are found to as of Oct 2009. The names follow a scheme of association occur very frequently in the Universe, a system of individual with the constellation that the host star pertains to, and names for planets might well rapidly be found equally im- therefore are mostly drawn from Roman-Greek mythology. practicable as it is for stars, as planet discoveries progress.” Other mythologies may also be used given that a suitable 1. This leads to a second argument. It is indeed impractical association is established. to name all stars. But some stars are named nonetheless. In fact, all other classes of astronomical bodies are named.
    [Show full text]
  • Educator's Guide: Orion
    Legends of the Night Sky Orion Educator’s Guide Grades K - 8 Written By: Dr. Phil Wymer, Ph.D. & Art Klinger Legends of the Night Sky: Orion Educator’s Guide Table of Contents Introduction………………………………………………………………....3 Constellations; General Overview……………………………………..4 Orion…………………………………………………………………………..22 Scorpius……………………………………………………………………….36 Canis Major…………………………………………………………………..45 Canis Minor…………………………………………………………………..52 Lesson Plans………………………………………………………………….56 Coloring Book…………………………………………………………………….….57 Hand Angles……………………………………………………………………….…64 Constellation Research..…………………………………………………….……71 When and Where to View Orion…………………………………….……..…77 Angles For Locating Orion..…………………………………………...……….78 Overhead Projector Punch Out of Orion……………………………………82 Where on Earth is: Thrace, Lemnos, and Crete?.............................83 Appendix………………………………………………………………………86 Copyright©2003, Audio Visual Imagineering, Inc. 2 Legends of the Night Sky: Orion Educator’s Guide Introduction It is our belief that “Legends of the Night sky: Orion” is the best multi-grade (K – 8), multi-disciplinary education package on the market today. It consists of a humorous 24-minute show and educator’s package. The Orion Educator’s Guide is designed for Planetarians, Teachers, and parents. The information is researched, organized, and laid out so that the educator need not spend hours coming up with lesson plans or labs. This has already been accomplished by certified educators. The guide is written to alleviate the fear of space and the night sky (that many elementary and middle school teachers have) when it comes to that section of the science lesson plan. It is an excellent tool that allows the parents to be a part of the learning experience. The guide is devised in such a way that there are plenty of visuals to assist the educator and student in finding the Winter constellations.
    [Show full text]
  • The Argo Navis Constellation
    THE ARGO NAVIS CONSTELLATION At the last meeting we talked about the constellation around the South Pole, and how in the olden days there used to be a large ship there that has since been subdivided into the current constellations. I could not then recall the names of the constellations, but remembered that we talked about this subject at one of the early meetings, and now found it in September 2011. In line with my often stated definition of Astronomy, and how it seems to include virtually all the other Philosophy subjects: History, Science, Physics, Biology, Language, Cosmology and Mythology, lets go to mythology and re- tell the story behind the Argo Constellation. Argo Navis (or simply Argo) used to be a very large constellation in the southern sky. It represented the ship The Argo Navis ship with the Argonauts on board used by the Argonauts in Greek mythology who, in the years before the Trojan War, accompanied Jason to Colchis (modern day Georgia) in his quest to find the Golden Fleece. The ship was named after its builder, Argus. Argo is the only one of the 48 constellations listed by the 2nd century astronomer Ptolemy that is no longer officially recognised as a constellation. In 1752, the French astronomer Nicolas Louis de Lacaille subdivided it into Carina (the keel, or the hull, of the ship), Puppis (the poop deck), and Vela (the sails). The constellation Pyxis (the mariner's compass) occupies an area which in antiquity was considered part of Argo's mast (called Malus). The story goes that, when Jason was 20 years old, an oracle ordered him to head to the Iolcan court (modern city of Volos) where king Pelias was presiding over a sacrifice to Poseidon with several neighbouring kings in attendance.
    [Show full text]
  • Presented by J.-Ph. Bernard (IRAP) Toulouse Planck Collaboration
    Polarization results from Planck - Methods & data used - All sky polarization at 353 GHz - Highest dust polarization regions - Comparison to starlight polarization - Spectral variations of polarization fraction - Spatial variations of polarization fraction - Connections with large-scale MW B field, dust column density and small-scale B field structure Planck Collaboration. Presented by J.-Ph. Bernard (IRAP) Toulouse Bernard J.Ph., Ringberg Castle 2013 1 jeudi 27 juin 13 Dust Polarization BG: - Rotating, elongated and align partially on B - Produce polarized emission & extinction - Only large grains align Possible alignment mechanisms: - Paramagnetic relaxation alignment - Radiative Alignment Torques (RATs) Grain disalignment by: - Gas/grain collisions - Plasma drag extinction // to B Draine & Fraisse 2009 emission ⊥ to B Bernard J.Ph., Ringberg Castle 2013 2 jeudi 27 juin 13 Dust Polarization Compiegne et al., (2011) Draine & Fraisse 2009 polarization in PAH VSG emission is Spherical Graphite predicted ~10-15% BG Same b/a Compiegne et al., (2011) Various possible models lead to different predictions in polarization Variations of polarization fraction with frequency will help constrain dust models Bernard J.Ph., Ringberg Castle 2013 3 jeudi 27 juin 13 From data to Stokes parameters Planck scanning the sky Planck/HFI focal plane Derivation of Stokes parameters (I, Q and U) involves the combination of two pairs of PSB bolometers that observe the same sky positions within a few seconds. The polarizers of the second pair are rotated by 45° with respect to the first pair. Multiple scans and multiple surveys provide Q and U measurements with different orientation. Maps of Q and U and their standard deviations are inferred from the multiple measurements.
    [Show full text]
  • SFA Star Chart 1
    Nov 20 SFA Star Chart 1 - Northern Region 0h Dec 6 Nov 5 h 23 30º 1 h d Dec 21 h p Oct 21h s b 2 h 22 ANDROMEDA - Daughter of Cepheus and Cassiopeia Mirach Local Meridian for 8 PM q m ANTLIA - Air Pumpe p 40º APUS - Bird of Paradise n o i b g AQUILA - Eagle k ANDROMEDA Jan 5 u TRIANGULUM AQUARIUS - Water Carrier Oct 6 h z 3 21 LACERTA l h ARA - Altar j g ARIES - Ram 50º AURIGA - Charioteer e a BOOTES - Herdsman j r Schedar b CAELUM - Graving Tool x b a Algol Jan 20 b o CAMELOPARDALIS - Giraffe h Caph q 4 Sep 20 CYGNUS k h 20 g a 60º z CAPRICORNUS - Sea Goat Deneb z g PERSEUS d t x CARINA - Keel of the Ship Argo k i n h m a s CASSIOPEIA - Ethiopian Queen on a Throne c h CASSIOPEIA g Mirfak d e i CENTAURUS - Half horse and half man CEPHEUS e CEPHEUS - Ethiopian King Alderamin a d 70º CETUS - Whale h l m Feb 5 5 CHAMAELEON - Chameleon h i g h 19 Sep 5 i CIRCINUS - Compasses b g z d k e CANIS MAJOR - Larger Dog b r z CAMELOPARDALIS 7 h CANIS MINOR - Smaller Dog e 80º g a e a Capella CANCER - Crab LYRA Vega d a k AURIGA COLUMBA - Dove t b COMA BERENICES - Berenice's Hair Aug 21 j Feb 20 CORONA AUSTRALIS - Southern Crown Eltanin c Polaris 18 a d 6 d h CORONA BOREALIS - Northern Crown h q g x b q 30º 30º 80º 80º 40º 70º 50º 60º 60º 70º 50º CRATER - Cup 40º i e CRUX - Cross n z b Rastaban h URSA CORVUS - Crow z r MINOR CANES VENATICI - Hunting Dogs p 80º b CYGNUS - Swan h g q DELPHINUS - Dolphin Kocab Aug 6 e 17 DORADO - Goldfish q h h h DRACO o 7 DRACO - Dragon s GEMINI t t Mar 7 EQUULEUS - Little Horse HERCULES LYNX z i a ERIDANUS - River j
    [Show full text]
  • 81 Southern Objects for a 10” Telescope. 0-4Hr 4-8Hr 8-12Hr
    81 southern objects for a 10” telescope. 0-4hr NGC55|00h 15m 22s|-39 11’ 35”|33’x 5.6’|Sculptor|Galaxy| NGC104|00h 24m 17s|-72 03’ 30”|31’|Tucana|Globular NGC134|00h 30m 35s|-33 13’ 00”|8.5’x2’|Sculptor|Galaxy| ESO350-40|00h 37m 55s|-33 41’ 20”|1.5’x1.2’|Sculptor|Galaxy|The Cartwheel NGC300|00h 55m 06s|-37 39’ 24”|22’x15.5’|Sculptor|Galaxy| NGC330|00h 56m 27s|-72 26’ 37”|Tucana|1.9’|SMC open cluster| NGC346|00h 59m 14s|-72 09’ 19”|Tucana|5.2’|SMC Neb| ESO351-30|01h 00m 22s|-33 40’ 50”|60’x56’|Sculptor|Galaxy|Sculptor Dwarf NGC362|01h 03m 23s|-70 49’ 42”|13’|Tucana|Globular| NGC2573| 01h 37m 21s|-89 25’ 49”|Octans| 2.0x 0.8|galaxy|polarissima australis| NGC1049|02h 39m 58s|-34 13’ 52”|24”|Fornax|Globular| ESO356-04|02h 40m 09s|-34 25’ 43”|60’x100’|Fornax|Galaxy|Fornax Dwarf NGC1313|03h 18m 18s|-66 29’ 02”|9.1’x6.3’|Reticulum|Galaxy| NGC1316|03h 22m 51s|-37 11’ 22”|12’x8.5’|Fornax|Galaxy| NGC1365|03h 33m 46s|-36 07’ 13”|11.2’x6.2’|Fornax|Galaxy NGC1433|03h 42m 08s|-47 12’ 18”|6.5’x5.9’|Horologium|Galaxy| 4-8hr NGC1566|04h 20m 05s|-54 55’ 42”|Dorado|Galaxy| Reticulum Dwarf|04h 31m 05s|-58 58’ 00”|Reticulum|LMC globular| NGC1808|05h 07m 52s|-37 30’ 20”|6.4’x3.9’|Columba|Galaxy| Kapteyns Star|05h 11m 35s|-45 00’ 16”|Stellar|Pictor|Nearby star| NGC1851|05h 14m 15s|-40 02’ 30”|11’|Columba|Globular| NGC1962group|05h 26m 17s|-68 50’ 28”|?| Dorado|LMC neb/cluster NGC1968group|05h 27m 22s|-67 27’ 36”|12’ for group|Dorado| LMC Neb/cluster| NGC2070|05h 38m 37s|-69 05’ 52”|11’|Dorado|LMC Neb|Tarantula| NGC2442|07h 36m 24s|-69 32’ 38”|5.5’x4.9’|Volans|Galaxy|The meat hook| NGC2439|07h 40m 59s|-31 38’36”|10’|Puppis|Open Cluster| NGC2451|07h 45m 35s|-37 57’ 27”|45’|Puppis|Open Cluster| IC2220|07h 56m 57s|-59 06’ 00”|6’x4’|Carina|Nebula|Toby Jug| NGC2516|07h 58m 29s|-60 51’ 46”|29’|Carina|Open Cluster 8-12hr NGC2547|08h 10m 50s|-49 15’ 39”|20’|Vela|Open Cluster| NGC2736|09h 00m 27s|-45 57’ 49”|30’x7’|Vela|SNR|The Pencil| NGC2808|09h 12m 08s|-64 52’ 48”|12’|Carina|Globular| NGC2818|09h 16m 11s|-36 35’ 59”|9’|Pyxis|Open Cluster with planetary.
    [Show full text]
  • Bernard J.Ph., ESLAB 2013 1 Mercredi 3 Avril 13 Data & Methods
    The Planck Dust Polarization sky - Methods & data used - All sky polarization at 353 GHz - Highest dust polarization regions - Spatial variations of polarization fraction - Connections with large-scale MW B field, dust column density and small-scale B field structure Planck Collaboration. Presented by J.-Ph. Bernard (IRAP) Toulouse Bernard J.Ph., ESLAB 2013 1 mercredi 3 avril 13 Data & Methods - DX9 at 353 GHz - Dust Band-Pass Mismatch correction using sky coefficients and Planck dust map at 353 GHz - No CO Band-Pass Mismatch correction Mean Likelihood Mean σ(p) - p is biased in the presence of noise on Q,U Classical Methods: - Classical method only valid at high SNR - Half-ring and Survey correlations Mean Likelihood Mean - Monte-Carlo σ(ψ) - Bayesian + mean likelihood Classical using full noise cov. matrix (Quinn 2009, Montier et al. 2013) Bernard J.Ph., ESLAB 2013 2 mercredi 3 avril 13 Data Checks - Apparent polarization consistent with p=0 at high |b| where CIB dominated - Dust Band-Pass Mismatch correction consistent with psi=0° in MW plane (4 quadrants) Histogram of p in deep field region Histogram of polarization angle where I353<2*CIB in MW plane |b|<5° 4th Galactic Quadrant Uncorrected Classical Ground Coefs Bayesian Sky Coefs Bernard J.Ph., ESLAB 2013 3 mercredi 3 avril 13 Uncertainties maps of SNR on p - Computed from mean likelihood - Basically reflect Intensity and sky 1° resolution coverage 1° 30’ 15’ SNR>2 93 % 82 % 61 % SNR>3 89 % 72 % 48 % SNR>5 77 % 55 % 33 % SNR>10 53 % 34 % 19 % 30’ resolution - Work at 1° resolution to lower noise (also 7’, 14’, 30’) - Smoothed noise cov.
    [Show full text]
  • Lever Handles
    Lever Handles Product No. List Please refer to page 7 for ordering customized products. Build to order method Lock Case Type Rose Cover Door ※１ Lever Handles Model Locks Function Finish Type Thickness Quantity （Backset） Type Product Number Handle Fixation Front Width Front Shape Strike ー ー ー ー ー ※ー５ ー Please refer page 6 A standard type is A standard width is A standard FL･FT･ Please specify if FL(BS51) Aquila ※３ Pyxis Ｍ Round SW Satin Silver AG Alumite Gold 28～33 01 09 for product number. Lower part Fixed. 25mm. FR Lock Case shape you want other type (Metal) Crux 02 Lyra 10 1 Passage Lock Ｃ Oval SA Satin Amber SN Soft Nickel 34～36 Draco 03 ※３ Cygnus 11 Ｌ Square SG Satin Gold PC Pearl Chrome Please specify if 22mm width is only is round. strike or you don't Fornax 04 ※３ Volans 131 SB Satin Black CG Champagne Gold ＋ you want the ＋ available for FU･KU ＋ Only FL･FT･FR ＋ need it. Grus Sagitta Ｃ Oval CR Chrome Plated BC BS Chrome 05 14 2 Privacy Lock horizontal fixed. Lock Case. Lock Case that you Hydra 06 Norma 15 ※３ Ｌ Square PG Gold Plated SPC Shot Pearl Chrome can choose square Musca 07 Bootes 16 AS Alumite Silver SCG Shot Champagne Gold and round shape. Pavo Ｃ Oval AA Alumite Amber SBC Shot BS Chrome 08 3 Indicator Lock Ｌ Square Lock Case FU･KU･ LU are all in square Ｃ Oval shape. 5 Mortise Lock Ｌ Square FT(BS51) Aquila 01 ※３ Pyxis 09 Ｍ Round SW Satin Silver AG Alumite Gold 28～33 (Metal) Crux 02 Lyra 10 1 Passage Lock Ｃ Oval SA Satin Amber SN Soft Nickel 34～36 Draco 03 ※３ Cygnus 11 Ｌ Square SG Satin Gold PC Pearl Chrome Examples for product
    [Show full text]
  • The Constellations of the Egyptian Astronomical Diagrams
    The Constellations of the Egyptian Astronomical Diagrams Gyula Priskin University of Szeged EPICTIONS OF THE constellations that the ancient Egyptians observed in the sky first appeared on some coffin lids at the beginning of the 2nd millenium BCE, as inserts into the tables that listed the names of the asterisms signalling the night hours D 1 (decans). These early sources only include the representations of four constellations, two in the northern sky, and two in its southern regions: the goddess Nut (Nw.t) holding up the sky hieroglyph, the Foreleg (msḫt.jw), belonging to Seth according to later descriptions, the striding figure of Sah (sȝḥ), the celestial manifestation of Osiris, and the standing goddess of Sopdet (spd.t), who is often associated with Isis [fig. 1].2 The last three kept being shown in later documents, while the first one disappeared completely after the Middle Kingdom.3 A more detailed visual catalogue of the constellations has come down to us in the form of the astronomical diagrams that were first recorded at the beginning of the New Kingdom,4 though these diagrams very possibly existed earlier, as a fragmented and now lost specimen seems to indicate.5 Although their particular elements vary to a certain degree, these astronomical diagrams continued to be depicted on tomb ceilings, water clocks, temple surfaces, and coffins well into Graeco-Roman times. When towards the end of the first millenium BCE the Egyptians started to represent the zodiacal signs on their monuments, these zodiacs also included the figures of the most salient constellations.6 It should be noted, however, that according to certain decanal names,7 and the relevant entries in Amenemipet’s onomasticon (Ramesside Period),8 the Egyptians knew some further constellations for which apparently no pictorial records have survived.
    [Show full text]
  • Design Radiator Catalogue
    January 2019 Offers Beauty And Functionality Design Stay Classy Radiator Be Extraordinary Catalogue MORE THAN A RADIATOR AESTHETICALLY STRONG DIFFERENT IN STYLE 2 warmhaus.co.uk Contents Chrome Radiators p. 5 White & Anthracite Radiators p. 29 Multi Column Radiators p. 55 Myth Atmosphere Moonlight - Arcadia - Andromeda - Artemis - Atlantis - Aquila - Celine - Camelot - Carina - Luna - Nysa - Draco - Mika - Dinas - Circinus - Selena - Lyonesse - Columba - Shiva - Meropis - Crux - Chandra - Brittia - Hercules - Hawaiki - Mensa Traditional Radiators p. 65 - Oasis - Orion Heritage - Phoenix Stainless Steel Radiators p. 19 - Pyxis - Aztec Impulse - Vela - Inca - Tucana - Roma - Storm - Aquarius - Maya - Hurricane - Aries - Lydia - Thunder - Lyra - Kush - Swirl - Dorado - Tuwana - Flash - Gemini - Aksum - Whirlwind - Leo - Hittite - Tornado - Hydra - Pisces - Pictor - Scorpius - Taurus - Virgo - Cepheus warmhaus.co.uk 3 CHROME RADIATORS 4 warmhaus.co.uk Myth Warmhaus Myth Series offers you the opportunity to live with legends of the past. warmhaus.co.uk 5 CHROME RADIATORS 6 warmhaus.co.uk MYTH ARCADIA Product Code C5 Profile: Square Bar: Square PRODUCT HEIGHT WIDTH C/C W/C PRODUCT BTU/DT60 WATT CODE (mm) (mm) (mm) (mm) Arcadia C5 600 300 260 55~70 675 198 Arcadia C5 600 400 360 55~70 829 243 Arcadia C5 600 500 460 55~70 982 288 Arcadia C5 600 600 560 55~70 1136 333 Arcadia C5 800 300 260 55~70 939 275 Arcadia C5 800 400 360 55~70 1162 341 Arcadia C5 800 500 460 55~70 1383 406 Arcadia C5 800 600 560 55~70 1607 471 Arcadia C5 1000 300 260 55~70
    [Show full text]
  • 100 Brightest Planetary Nebulae
    100 BRIGHTEST PLANETARY NEBULAE 100 BRIGHTEST PLANETARY NEBULAE 1 100 BRIGHTEST PLANETARY NEBULAE Visual Magnitude (brightest to least bright) Name Common Name Visual Magnitude Stellar Magnitude Angular Size Constellation NGC 7293 Helix Nebula 7 13.5 900 Aquarius NGC 6853 Dumbbell Nebula (M27) 7.5 13.9 330 Vulpecula NGC 3918 Blue Planetary 8 ? 16 Centaurus NGC 7009 Saturn Nebula 8 12.8 28 Aquarius NGC 3132 Eight‐Burst Planetary 8.5 10.1 45 Vela NGC 6543 Cat's Eye Nebula 8.5 11.1 20 Draco NGC 246 Skull Nebula 8.5 12 225 Cetus NGC 6572 Blue Raquetball Nebula 8.5 13.6 14 Ophiuchus NGC 6210 Turtle Nebula 9 12.7 16 Hercules NGC 6720 Ring Nebula (M57) 9 15.3 70 Lyra NGC 7027 Magic Carpet Nebula 9 16.3 14 Cygnus NGC 7662 Blue Snowball Nebula 9 13.2 20 Andromeda NGC 1360 Robin's Egg Nebula 9.5 11.4 380 Fornax NGC 1535 Cleopatra's Eye Nebula 9.5 12.2 18 Eridanus NGC 2392 Eskimo/Clown Face Nebula 9.5 10.5 45 Gemini NGC 2867 Royal Aqua Nebula 9.5 16.6 15 Carina NGC 3242 Ghost of Jupiter Nebula 9.5 12.3 40 Hydra NGC 6826 Blinking Planetary Nebula 9.5 10.4 25 Cygnus IC 418 Spirograph Nebula 10 10.2 12 Lepus NGC 5189 Spiral Planetary Nebula 10 14.9 140 Musca NGC 5882 Green Snowball Nebula 10 13.4 14 Lupus NGC 6818 Little Gem Nebula 10 16.9 18 Sagittarius NGC 40 Bow Tie Nebula 10.5 11.6 36 Cepheus NGC 1514 Crystal Ball Nebula 10.5 9.4 120 Taurus NGC 2346 Butterfly Nebula 10.5 11.5 55 Monoceros NGC 2438 Smoke Ring in M46 10.5 17.7 70 Puppis NGC 2440 Peanut Nebula 10.5 17.7 30 Puppis NGC 4361 Raven's Eye Nebula 10.5 13.2 100 Corvus IC 4406 Retina Nebula
    [Show full text]