1029 Photos - Feb 17, 2013
Photo: Photo: Photo: Décollage - Ariane 5 - VA 224- Le 15/07/2015.Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Image converted using ifftoanyPhoto: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: ARIANE  5 on launch padPhoto: ARIANE  5 on launch padPhoto: Photo: V184 jupiter 2Photo: Photo: Photo: Photo: Photo: A nearly full Moon sets as the space shuttle Discovery sits atop Launch pad 39A at the Kennedy Space Center in Cape Canaveral, Florida, Wednesday, March 11, 2009.  Photo Credit: (NASA/Bill Ingalls)Photo: Photo: Photo: Photo: LaunchPhoto: LaunchPhoto: DecollagePhoto: decollage - Ariane 5 ECA - VA 212 - Le 07/02/2013.Photo: decollage - Ariane 5 ECA - VA 212 - Le 07/02/2013.Photo: Décollage - SOYOUZ - VS07 - Le 03/04/2014Photo: Photo: This infrared picture shows a cloud, known as DR22, bursting with new stars in the Cygnus region of the sky. Spitzer's infrared eyes can both see through and see dust, giving it a unique view into star-forming nests. The blue areas are dusty clouds, and the orange is mainly hot gas.This image is one of the first to be taken during Spitzer's warm mission -- a new phase that began after the telescope, which operated for more than five-and-a-half years, ran out of liquid coolant. The picture was snapped with the two infrared channels that still work at Spitzer's still-quite-chilly temperature of 30 Kelvin (about minus 406 Fahrenheit). The two infrared channels are part of Spitzer's infrared array camera: 3.6-micron light is blue and 4.5-micron light is orange. This picture was taken while the telescope was being re-commissioned, on July 21.Photo: Photo: Photo: Photo: SpaceX Falcon 9 FLT-002 101208Photo: SpaceX Falcon 9 FLT-002 101208Photo: SpaceX Falcon 9 FLT-002 101208Photo: Photo: Roll out of gantryPhoto: SBIRS GEO-1 encapsulation at the DPF facility at Cape Canaveral AFS, FL.Photo: SBIRS GEO-1 encapsulation at the DPF facility at Cape Canaveral AFS, FL.Photo: Photo: Photo: SpaceShipTwo in full feather wing mode on a rapid descent from its drop altitude of 51,500 feet over Mojave,CA Wednesday May 4, 2011. The feathered wing is at its full 65 degree angle and remained at this angle for 1 minute and 15 seconds. The craft descended in this configuration at a near vertical angle at a rate of 15,500 feet per minute. The craft was reconfigured to normal glide mode at 33,500 feet. All objectives of the flight were met. The flight duration of SpaceShipTwo following release was approximatel 11 minutes and 5 seconds.  This photograph was taken with high powered telescopes from the ground.Photo: Photo: Photo: Photo: Photo: Photo: Photo: More than 80 employees of The SpaceShip Company gather for a group photo at their new hangar facility, FAITH- (final assembly integration test hangar) at the Mojave Air and Space Port in Mojave, CA. early AM Monday September 19, 2011. The company is actively hiring, seeking to double its present 80 employees with jobs in fabrication and many areas of high technology.Photo: More than 80 employees of The SpaceShip Company gather for a group photo at their new hangar facility, FAITH- (final assembly integration test hangar) at the Mojave Air and Space Port in Mojave, CA. early AM Monday September 19, 2011. The company is actively hiring, seeking to double its present 80 employees with jobs in fabrication and many areas of high technology.Photo: More than 80 employees of The SpaceShip Company gather for a group photo at their new hangar facility, FAITH- (final assembly integration test hangar) at the Mojave Air and Space Port in Mojave, CA. early AM Monday September 19, 2011. The company is actively hiring, seeking to double its present 80 employees with jobs in fabrication and many areas of high technology.Photo: Photo: Photo: CAPE CANAVERAL, FL -  JUNE 4:  The SpaceX Falcon 9 test rocket lifts off of pad 40 at Cape Canaveral Air Force Station on June 4, 2010 in Cape Canaveral, Florida. This is a test flight for the Falcon 9 which is scheduled to fly supply missions to the international space station in the future. (Photo by Matt Stroshane/Getty Images)Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: The Soyuz TMA-05M rocket launches from the Baikonur Cosmodrome in Kazakhstan on Sunday, July 15, 2012 carrying Expedition 32 Soyuz Commander Yuri Malenchenko, NASA Flight Engineer Sunita Williams and JAXA (Japan Aerospace Exploration Agency) Flight Engineer Akihiko Hoshide to the International Space Station.  Photo Credit: (NASA/Carla Cioffi)Photo: The Soyuz TMA-05M rocket launches from the Baikonur Cosmodrome in Kazakhstan on Sunday, July 15, 2012 carrying Expedition 32 Soyuz Commander Yuri Malenchenko, NASA Flight Engineer Sunita Williams and JAXA (Japan Aerospace Exploration Agency) Flight Engineer Akihiko Hoshide to the International Space Station.  Photo Credit: (NASA/Carla Cioffi)Photo: Photo: Photo: Mars One 2025 settlementPhoto: Photo: Photo: VA213 Chargement ATV4 au S5C le 04/01/2013Photo: VA213 Chargement ATV4 au S5C le 04/01/2013Photo: Launch of Atlas V TDRS-K from Cape Canaveral AFSPhoto: Launch of Atlas V TDRS-K from Cape Canaveral AFSPhoto: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: SpaceShipTwo in full feather wing mode on a rapid descent from its drop altitude of 51,500 feet over Mojave,CA Wednesday May 4, 2011. The feathered wing is at its full 65 degree angle and remained at this angle for 1 minute and 15 seconds. The craft descended in this configuration at a near vertical angle at a rate of 15,500 feet per minute. The craft was reconfigured to normal glide mode at 33,500 feet. All objectives of the flight were met. The flight duration of SpaceShipTwo following release was approximatel 11 minutes and 5 seconds.  This photograph was taken with high powered telescopes from the ground.Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Vuelos Espaciales: información actualizada de los lanzamientos al espacio desde todas partes del planeta.
http://rudolflane.blogspot.com/Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: VA 213 Ariane 5 / ATV-4_SCO0476.JPG_SCO0477.JPG_SCO0478.JPG_SCO0479.JPG_SCO0480.JPG_SCO0481.JPG_SCO0482.JPG_SCO0483.JPG_SCO0484.JPG_SCO0485.JPG_SCO0486.JPG_SCO0487.JPG_SCO0488.JPG_SCO0489.JPG_SCO0490.JPG_SCO0491.JPG_SCO0492.JPG_SCO0493.JPG_SCO0494.JPG_SCO0495.JPG_SCO0496.JPG_SCO0497.JPG_SCO0498.JPG_SCO0512.JPG_SCO0513.JPG_SCO0514.JPG_SCO0515.JPG_SCO0516.JPG_SCO0517.JPG_SCO0518.JPG_SCO0519.JPG_SCO0520.JPG_SCO0521.JPG_SCO0522.JPG_SCO0523.JPG_SCO0524.JPG_SCO0525.JPG_SCO0526.JPG_SCO0411.JPG_SCO0412.JPG_SCO0413.JPG_SCO0414.JPG_SCO0415.JPG_SCO0416.JPG_SCO0417.JPG_SCO0418.JPG_SCO0419.JPG_SCO0420.JPG_SCO0421.JPG_SCO0422.JPG_SCO0423.JPG_SCO0424.JPG_SCO0425.JPG_SCO0426.JPG_SCO0427.JPG_SCO0428.JPG_SCO0429.JPG_SCO0430.JPG_SCO0431.JPG_SCO0432.JPG_SCO0433.JPG_SCO0434.JPG_SCO0435.JPG_SCO0436.JPG_SCO0437.JPG_SCO0438.JPG_SCO0439.JPG_SCO0440.JPG_SCO0441.JPG_SCO0442.JPG_SCO0443.JPG_SCO0444.JPG_SCO0445.JPG_SCO0446.JPG_SCO0447.JPG_SCO0448.JPG_SCO0449.JPG_SCO0450.JPG_SCO0451.JPG_SCO0452.JPG_SCO0453.JPG_SCO0454.JPG_SCO0455.JPG_SCO0456.JPG_SCO0457.JPG_SCO0458.JPG_SCO0459.JPG_SCO0460.JPG_SCO0461.JPG_SCO0462.JPG_SCO0463.JPG_SCO0464.JPG_SCO0465.JPG_SCO0466.JPG_SCO0467.JPG_SCO0468.JPG_SCO0469.JPG_SCO0470.JPG_SCO0471.JPG_SCO0472.JPG_SCO0473.JPG_SCO0474.JPG_SCO0475.JPG_SCO0476.JPG_SCO0477.JPG_SCO0478.JPG_SCO0479.JPG_SCO0480.JPG_SCO0481.JPG_SCO0482.JPG_SCO0483.JPG_SCO0484.JPG_SCO0485.JPG_SCO0486.JPG_SCO0487.JPG_SCO0488.JPG_SCO0489.JPG_SCO0490.JPG_SCO0491.JPG_SCO0492.JPG_SCO0493.JPG_SCO0494.JPG_SCO0495.JPG_SCO0496.JPG_SCO0497.JPG_SCO0498.JPG_SCO0499.JPG_SCO0500.JPG_SCO0501.JPG_SCO0502.JPG_SCO0503.JPG_SCO0504.JPG_SCO0505.JPG_SCO0506.JPG_SCO0507.JPG_SCO0508.JPG_SCO0509.JPG_SCO0510.JPG_SCO0511.JPG_SCO0512.JPG_SCO0513.JPG_SCO0514.JPG_SCO0515.JPG_SCO0516.JPG_SCO0517.JPG_SCO0518.JPG_SCO0519.JPG_SCO0520.JPG_SCO0521.JPG_SCO0522.JPG_SCO0523.JPG_SCO0524.JPG_SCO0525.JPG_SCO0526.JPPhoto: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: G110228-002 Antares-ORB-D1 Mission PatchPhoto: Photo: Photo: Photo: Launch of Atlas V MUOS-2, July 19, 2013 from Cape Canaveral AFSPhoto: Launch of Atlas V MUOS-2, July 19, 2013 from Cape Canaveral AFSPhoto: Launch of Atlas V MUOS-2, July 19, 2013 from Cape Canaveral AFSPhoto: Launch of Atlas V MUOS-2, July 19, 2013 from Cape Canaveral AFSPhoto: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: TriStar PIctures'' ELYSIUM.Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Created with The GIMPPhoto: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: This new image shows the dramatic shape and colour of the Ring Nebula, otherwise known as Messier 57. From Earth’s perspective, the nebula looks like a simple elliptical shape with a shaggy boundary. However, new observations combining existing ground-based data with new NASA/ESA Hubble Space Telescope data show that the nebula is shaped like a distorted doughnut. This doughnut has a rugby-ball-shaped region of lower-density material slotted into in its central “gap”, stretching towards and away from us.Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: Photo: