ASTRONOMSKI KROŽEK Gimnazije Šentvid, razlicni linki


NEKAJ KORISTNIH POVEZAV ZA PRGRAMERJE interaktivnih efemerid in ostale zanimivosti


Iskalniki ???????????
    Znanost in zgodovina

  1. Znanstveniki, danes v zgodovini znanosti
  2. Podoba iz sveta znanosti
  3. Na današnji dan

    Linux in astronomija


  4. LinuxAstro Software
  5. Linux for Astronomy

    Geometrija, astronomija in Javascript itd


  6. Matematik Keith Burnett - super stran.
  7. Astronomical calculations
  8. Welcome to Sky View Café 3.0
  9. Introduction to Spherical Astronomy
  10. Links list
  11. How to compute planetary positions
  12. Interactive Computer Ephemeris 0.51 (ICE) by U.S. Naval Observatory
  13. Links to Related Web Sites
  14. Celestial navigation is the art and science of finding one's geographic position by means of astronomical observations, particularly by measuring altitudes of celestial objects – sun, moon, planets, or stars.
  15. *(lokalno) Navigacija preko nebesnih objektov.
  16. *Efemeride lokalno (!!!!!!!!!!!!!!!!!!!***********)__________________.
  17. *Keith Burnett, Excel spreadsheets for download.
  18. *Transit times and declination charts
  19. *Transit times and declination tables
  20. *circle_files
  21. *Keith Burnett ....
  22. * Accuracy of planet positions using osculating elements
  23. CALCULATORS ON-LINE CENTER / PHYSICS & ASTROPHYSICS
  24. Determination of the Limiting Magnitude of a Telescope
    *Determination of the Limiting Magnitude of a Telescope
  25. *CALCULATOR for Magnitude Limits for CCD and Telescope
  26. SPACE WEATHER
  27. *Convert Equatorial to Galactic Coordinates
  28. *JavaScript pocket computer for physics
  29. Mike Craymer's On-Line Geodesy Resources Geodesy & Astronomy
  30. The Castle Point Astronomy Club Amateur Astronomy Club near Rayleigh, Essex, UK
  31. Transform from orbital elements to state vector; http://www.geocities.com/SiliconValley/2902/ele2vec.htm
  32. *Transform from orbital elements to state vector
  33. Program za efemeride -4500 +4500
  34. **Keplerjevi zakoni
  35. *Kepler, test iz zakonov
  36. The Basics of Space Flight
  37. Planetary and Satellite Motion
  38. Comet Hale Bopp - don't miss the chance!
  39. On-line Math 21, Spring 2001. Solutions to HW #2
  40. Komet HB
    *Komet HB
  41. 1st Sem. Formulas
  42. Orbital elements
  43. *Small-Body Orbital Elements Table Generator
  44. EXPERIMENTS AND DEMOS
  45. *Orbite (Excel za komete, Mars)

  46. Učenje astronomije
  47. fizikalni java appleti univerze Jersey (gut: absorbcijski spektri)
  48. Fizika, seminarji itd. http://ponder.sou.uni-lj.si/%7Ef3/
  49. Java koda za grafe itd. (GRAFI)
  50. THE ASTRONOMICAL THEORY OF CLIMATIC CHANGE
  51. The Theory of Orbits
  52. Uvod v HTML
  53. Dolžina dneva
  54. http://kdf.mff.cuni.cz/krouzky/jednotky/Romer.htm
  55. http://members.tripod.com/physicsjuniorlabs/history_of_velocity_of_light.htm
  56. JavaScript Ephemeris, Last update 18 September 2002, Copyright © Peter Hayes 1999-2002.
  57. **** Podatki o dogajanjih na nebu, nekaj zelo uporabnega
  58. Calculating the declination and azimuth
  59. JavaScript Spread Sheets
  60. **********Izracuna vse podatke
  61. JavaScript Navigator - General Sight Reduction
  62. Juergen Giesen's GeoAstro Applet Collection
  63. Koledar z lunami
  64. *Tesiranje obrazcev za izracun n. objektov
  65. Tesiranje obrazcev za izracun n. objektov - original
  66. *** almagestephemeris.html, efemeride
  67. Almagest Ephemeris Calculator
  68. Seasons JavaScript, Astronmomy
  69. ***************** Seasons_JavaScript.html
  70. JavaScript Sun Table Calculator
  71. ***** JavaScript Sun Table Calculator
  72. Izracun nove Lune
  73. **Izracun nove Lune
  74. Solar system dynamics
  75. Calculating the declination and azimuth
  76. ASTRONOMY FORMULAS PAGE ONE
  77. http://www.harrold.org/rfhextra/y2kclock.html
  78. *razlicni koledarji na zacetku dneva
  79. Sunrise/Sunset Calculator
  80. *vzhodsonca1.html
  81. Solar Position Calculator
  82. *legasonca.html
  83. Sunrise, sunset, solar position, and solar radiation calculators for Excel
  84. Beginner Relative Planet SizesPages: 82...82
  85. Mathtools.net > Excel > Astronomy http://www.mathtools.net/Excel/Astronomy/
  86. http://www.btinternet.com/~kburnett/kepler/kepler.html#twig01a
  87. http://www.mathtools.net
  88. KRAJI VSEGA SVETA SSSSSSSSSSSSSUUUUUUUUUPPPPPPEEEEEERRRRRRR
  89. ... Efemeride NASA itn
  90. http://www.geocities.com/senol_gulgonul/sun/
  91. http://www.arachnoid.com/lutusp/sunrise/sunhelp.html#twilight
  92. http://www.arachnoid.com/lutusp/sunrise/
  93. KAJ JE ODBC ? ---bbbbaaaaazzzzeeeee
  94. KLIMATOGRAMI:

    EVAPORACIJA
  95. EVAPORACIJA !!!!!!!!!!!1
  96. doc_evapo.html DOKUMENTACIJA
  97. Wind Chill Calculator
  98. http://www.era.iacr.ac.uk/metdata_4.html#SEC44
  99. Evaporacija Kanada
  100. http://www.mst.dk/udgiv/publications/2002/87-7972-280-6/html/app15_eng.htm
  101. !!!!! http://www-das.uwyo.edu/~geerts/cwx/penpan.html
  102. 
    http://www.astrosurf.com/dhwi/Siderial.html
    
    http://www.oarval.org/SidTimesp.xls
    
    http://astronomy.physics.tamu.edu/download/
    
    
    http://www.stargazing.net/kepler/altaz.html#twig02
    
    
    http://www.stargazing.net/kepler/astrofnc.html#twig03
    
    
    http://www.stargazing.net/kepler/astrofnc.html#twig02
    
    
    http://www.stargazing.net/kepler/index.html#top
    
    
    
    
    http://skyandtelescope.com/observing/objects/planets/article_107_1.asp
    
     
    http://homepages.wmich.edu/~korista/phys104.html (zelo zanimivo)
    
    
    http://www.cpac.freeserve.co.uk/solar.htm
    
    
    
    http://www.astronomija.co.yu/softver/marspreviewer/marspreviewer.htm
    
    
    
    
    http://www.syracuse-astro.org/anijup.html
    
    
    http://www.projectpluto.com/grs_form.htm
    
    
    http://www.arksky.org/JupCMCalc.html
    
    
    
    
    http://www.projectpluto.com/source.htm#jevent
    
    
    
    http://mhuss.com/AstroLib/docs/api/index.html
    
    
    
    http://skyandtelescope.com/resources/software/programs/jmerid.bas
    
    
    http://www.isc.tamu.edu/~astro/jupiter/feature1.bas
    
    
    http://imaginatica.us.es/~wopr2k/qbdl/ (Download MS Basic Compiler 1.0)
    
    
  103. JUP_MER.BAS http://imaginatica.us.es/~wopr2k/qbdl/ (Download MS Basic Compiler 1.0)
    ce program ime.bas, potem prevedemo in linkamo program na naslednji nacin:
    c:\basic> bascom ime ... pritiskate enter
    c:\basic> link ime
    c:\basic> ime .... tako pozenemo ime.exe basic program
  104. mars.bas
  105. JUP.BAS
  106. JUP1.BAS
  107. jup_lon.html
  108. PREHOD JUPITROVE RDEČE PEGE - Transit Times of Jupiter's Great Red Spot.
  109. Planeti - java lokalno - GLEJ tudi original ==> http://www.cpac.freeserve.co.uk/solar.htm
  110. VICAR (Video Image Communication and Retrieval) image processing system
    ---- rimske stevilke - pretvorniki - javascript---------------

  111. ------ Limiting Magnitude and luminosity
  112. Visibility of Astronomical Objects - Calculations using Java Script
  113. CALCULATOR for Magnitude Limits for CCD and Telescope
  114. The Hertzsrung-Russell Diagram (HR Diagram) as related to Stellar Radius and Temperature
  115. Determination of the Limiting Magnitude of a Telescope
  116. Astronomical Visual Limiting Magnitude Calculation
    ---
    Limiting Magnitude and luminosity w/m^2
  117. Lecture 2 - The Local Distance Ladder (1/14/99)
  118. The World Builder's Cookbook
  119. Cepheids and the Extra-Galactic Distance Scale f-L version worksheets
  120. ASTRONOMY LECTURE NOTES Chapter 17 – Red Giants and White Dwarfs ...
    ---
    Magnitude and luminosity
  121. Magnitude System
  122. Spectral type characteristics
  123. Imagine the Universe! Dictionary !!!!!!!!!!!!!!!!!!!!!!!!
  124. Luminosity From Wikipedia, the free encyclopedia.
  125. http://wwwt.emc.ncep.noaa.gov/gmb/STATS/html/model_changes.html
  126. http://www.arl.noaa.gov/ready/amet.html
  127. http://www.arl.noaa.gov/ready/cmet.html
  128. http://www.arl.noaa.gov/ready/open/hysplit4.html
  129. x_moistkal_x.html iz NOAA - kal. za vlago v zraku
  130. http://water.oregonstate.edu/streamflow/analysis/floodfreq/index.htm POVRATNE DOBE !!!!!!!!!!!!!!!
  131. Spam ubijalec za outlook - deluje dobro (a ne za express - samo za outlook) KKKIIILLLEERR!!!!!!!!!!!!!!
  132. notepad++ (text editor na visjem nivoju - za html itn)
  133. Lotmerški slovar
  134. Prekmarski slovar
  135. Slovnica - sklanjanje
  136. Se en slovar iz Prlekije.
  137. Čas v astronomiji !!!!!!!!!!!!!!
  138. Equation of time
  139. "Sun time" and "clock time"

  140. Equation of Time 2
    9 min
    10 min


    http://www.astronomynotes.com/nakedeye/s9.htm



  141. http://www.nmm.ac.uk/server/show/conWebDoc.351

  142. Astronomy and Physics , http://www.go.ednet.ns.ca/~larry/
  143. http://home.cvc.org/science/kepler.htm
  144. Information Leaflet No. 13: `The Equation of Time'

    The variation of the Equation of Time due to Obliquity (filled circles) and the variation due to Unequal Motion (open circles).

    The Equation of Time due to Obliquity.
    The angle between the planes of the Equator and the Earth's orbit around the Sun is called the angle of Obliquity.

    If we assume that the orbit of the Earth is circular then the apparent motion of the Sun along the great circle, that is the Ecliptic, will be regular covering equal angles in equal time. We measure apparent solar time, however, as a projection of this movement onto the Equator.

    This projection will be a maximum when the great circles of the Equator and the Ecliptic are parallel (at the summer and winter solstices) and will be a minimum where the great circles are at their largest angle (at the equinoxes).

    The Sun will be on the meridian at noon at both solstices and equinoxes and so the Equation of Time due to Obliquity will be zero at these times. Between the solstices and the equinoxes the Sun will be slow relative to clock time with minima near Feb 5 and Aug 5. Between equinoxes and solstices the Sun will be fast relative to clocks with maxima near May 5 and Nov 5.

    The Equation of Time due to Unequal Motion.
    The orbit of the Earth around the Sun is an ellipse. The distance between the Earth and the Sun is a minimum (perigee) on Dec 31 and is greatest (apogee) on July 1. The Sun's apparent longitude changes fastest when the Earth is closest to the Sun. The Sun will appear on the meridian at noon on these two dates and so the Equation of Time due to Unequal Motion will then be zero. Between Dec 31 and July 1 the Sun will be slow relative to clock time with a minimum around March 31. Between July 1 and Dec 31 the Sun will be fast relative to clock time with a maximum around Sep 30.

    The Equation of Time.
    The total of these two effects gives the Equation of Time, which is formally defined as the difference between clock time and apparent solar time. The Equation of Time takes the form of the curve sketched below. It is zero on Apr 16, June 15, Sept 1 and Dec 25 and has maxima and minima near Feb 12, May 15, July 27 and Nov 4.

  145. STATISTIKA - calculateq_statistika.html
  146. Satelitski posnetki prisotnosti ledu 1
  147. Satelitski posnetki prisotnosti ledu 2 - arhiv
  148. Višina in azimut Sonca - A, H
  149. Angleščina Angleško-angleški slovar(ček) Activ&Passiv, Present Simple, Present Continous, Past Simple, Past Continous, Future (will & going to).
    angl_slov_kopija.html - lokalno ***
  150. enacbe_za_sonce.pdf

  151. PREPOZNAVANJE TEKSTA IZ SLIKE - KAKO?


    Poženete recimo (win. orodje recognita, STD.EXE)
    "F:\Recognita Standard OCR 3.2\STD.EXE"
    Pojavi se zgornja maska, kliknete Recognize in recimo z opcijo From File poiščete bmp sliko (256 - barvna bitna slika). Desno v orodju je slika (in z modrimi puscicami označene poti prepoznavanja teksta), levo je prepoznan tekst. TEKST LAHKO SHRANITE - File, Save Text As ... ali označite tekst in ga kopirate. Na levi lahko na sliki označite del slike (teksta), v označenem delu kliknete desni gumbek na miški, izberete Recognize in vam prepozna samo ta del teksta. Če imate sliko v jpg (naj bo kvaliteta vsaj 200 dpi), jo pretvorite v bmp, recimo s slikarjem (Save As - bmp 256 - barvna bitna slika). Če vam sliko (tekst) slabo prepozna (ta hiba se vidi že na levi strani orodja, kjer se recimo določenih delov teksta, slike, ne vidi), ji zmanjšajte Gamma Correction (recimo na 0.5, orodje je lahko Irfan View, Image, Enhnce Colors, itn). Črke naj bodo izrazite, na kar se da beli podlagi. Tako lahko res ogromno pridobite (na koncu je samo nekaj napak na stran). Če shranite sliko v 24 bitni paleti (stari Irfan View), potem morate zadevo konvertirati v 256 paleto - to recimo storite tako, da sliko odprete v slikarju in jo shranite v 256 paleti.

  152. Urejanje digitalnih video formatov, recimo AVI, s programom VirtualDub (video se danes že zelo uveljavlja v astronomiji).
  153. SERVER HOME XITAMI !!!!!!!!!!!!!!, 192.168.1.100,127.0.0.1, http://svoboda-I1hcc6o:1080
    http://127.0.0.1:1080/
    C:\Xitami\webpages\index.html

  154. Povezave na Linux: osnove, SQL, PHP, formatiranje dos, xp, formatiranje velikih diskov nad 130 GB ... !!!!!!!!!!!!!!!!!!!!!!!!!!!!
  155. uudecode in uuencode - dekodiranje in kodiranje binary files z WINDOWsi in dosom PRIDE PRAV PRI E-POSTI, ko priponka - attach fajl NI dekodirana in posto lahko naknadno dekodiramo (uudecode)

  156. -risbe

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