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'Räumliche Trümmer' Bilder und Clips Suchergebnisse page 1 of 1

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Bilder zu 'Räumliche Trümmer' gefunden, 21

 
Space debris - Artist view - Space debris - Artist view - Approximately 11,000 objects over 10 cm have been identified around the Earth. Most of these debris is in low orbit. The number of debris between 10 cm and 1 cm in diameter, greater than 100,000; particles less than 1 cm must exceed 10 million. Approximately 11,000 objects larger than 10 cm are known to exist around the Earth. The estimated population of particles between 1 and 10 cm in diameter is greater than 100,000. The number of particles smaller than 1 cm probably exceeds tens of millions

PIX4640538

Space debris - Artist view - Space debris - Artist view - Approximately 11,000 objects over 10 cm have been identified around the Earth. Most of these debris is in low orbit. The number of debris between 10 cm and 1 cm in diameter, greater than 100,000; particles less than 1 cm must exceed 10 million. Approximately 11,000 objects larger than 10 cm are known to exist around the Earth. The estimated population of particles between 1 and 10 cm in diameter is greater than 100,000. The number of particles smaller than 1 cm probably exceeds tens of millions

PIX4640538

 
E.DEORBIT: a satellite to clean up space - E.Deorbit grabbing debris - Artist view of the satellite e.deorbit (right) catching a satellite with a net to take it to consume in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would recapture the larger objects with his articulated arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown right, using a net to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon.

D. Ducros

PIX4605506

E.DEORBIT: a satellite to clean up space - E.Deorbit grabbing debris - Artist view of the satellite e.deorbit (right) catching a satellite with a net to take it to consume in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would recapture the larger objects with his articulated arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown right, using a net to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon.

D. Ducros

PIX4605506

 
E.DEORBIT: a satellite to clean up space - E.Deorbit grabbing debris - Artist view of the e.deorbit satellite (left) catching a satellite with a net to take it to consume in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would recapture the larger objects with his articulated arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a net to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon. In

D. Ducros

PIX4605500

E.DEORBIT: a satellite to clean up space - E.Deorbit grabbing debris - Artist view of the e.deorbit satellite (left) catching a satellite with a net to take it to consume in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would recapture the larger objects with his articulated arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a net to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and harpon. In

D. Ducros

PIX4605500

 
E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605498

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605498

 
E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605477

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605477

 
View of debris in low orbit around the Earth - Debris objects in low - Earth orbit - View over north pole. 80 per cent of recenses are in low orbit up to 2000 km above Earth. Debris objects in low - Earth orbit (LEO). View over the north pole. Eighty percent of all catalogued objects are in low - Earth orbit (LEO), which extends to 2000 km above the Earth's surface. To observe the Earth, spacecraft must orbit at such a low altitude. The spatial density of objects increases at high latitudes

PIX4642727

View of debris in low orbit around the Earth - Debris objects in low - Earth orbit - View over north pole. 80 per cent of recenses are in low orbit up to 2000 km above Earth. Debris objects in low - Earth orbit (LEO). View over the north pole. Eighty percent of all catalogued objects are in low - Earth orbit (LEO), which extends to 2000 km above the Earth's surface. To observe the Earth, spacecraft must orbit at such a low altitude. The spatial density of objects increases at high latitudes

PIX4642727

 
E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605494

E.DEORBIT: a satellite to clean space - E.Deorbit grabbing debris - An artist's view of the e.deorbit satellite (left) catching a satellite with a robotic arm to take it to consume itself in the Earth's atmosphere. e.Deorbit is a European mission project that if approved in 2019 will start in 2024. This satellite will be the first to clean up space debris. He would remove the larger objects with his arm or a net, before discharging them into the atmosphere, or they would be destroyed. ESA's proposed e.Deorbit mission, shown left, using a robotic arm to catch a derelict satellite - the baseline capture method for what would be the world's first active space debris removal mission, in 2024. The mission would first rendezvous with a large, drifting ESA satellite, then capture and secure it safely ahead of steering the combination down for a controlled burn-up in the atmosphere. As well as the baselined robot arm, additional capture technologies are being investigated, including a net and

D. Ducros

PIX4605494

 
Shuttle External Reservoir Columbia - 04/1993 - STS - 55 Columbia's external tank falls back to Earth - The external reservoir, separated from Columbia, falls back to Earth. It is the only element of the shuttle that is not reused as it is destroyed during its fall into the atmosphere. 26/04/1993. Columbians's external tank falls back to Earth; April 26, 1993 After main engine cutoff and external tank (ET) separation, the ET falls back towards Earth. Columbia, Orbiter Vehicle 102, continues to orbit insertion and circularization for its STS-55 mission. The ET orbiter aft attachment and feedline are clearly visible

PIX4647014

Shuttle External Reservoir Columbia - 04/1993 - STS - 55 Columbia's external tank falls back to Earth - The external reservoir, separated from Columbia, falls back to Earth. It is the only element of the shuttle that is not reused as it is destroyed during its fall into the atmosphere. 26/04/1993. Columbians's external tank falls back to Earth; April 26, 1993 After main engine cutoff and external tank (ET) separation, the ET falls back towards Earth. Columbia, Orbiter Vehicle 102, continues to orbit insertion and circularization for its STS-55 mission. The ET orbiter aft attachment and feedline are clearly visible

PIX4647014

 
Impact on the window of the shuttle Endeavour - 03/2008 - Windows's impact crater on space shuttle Endeavour - 03/2008: Micro impact crater on one of the triple-glazed windows of the space shuttle Endeavour. March 2008. View of small ding on Space Shuttle Endeavours leftmost three-pane, 2.5-inch thick window (next to commanders seat) caused by micrometeorite impact. The ding is about 1/8th to 3/16th of an inch in diameter. NASA engineers evaluated the damage for reentry, and deemed it to be safe

PIX4649012

Impact on the window of the shuttle Endeavour - 03/2008 - Windows's impact crater on space shuttle Endeavour - 03/2008: Micro impact crater on one of the triple-glazed windows of the space shuttle Endeavour. March 2008. View of small ding on Space Shuttle Endeavours leftmost three-pane, 2.5-inch thick window (next to commanders seat) caused by micrometeorite impact. The ding is about 1/8th to 3/16th of an inch in diameter. NASA engineers evaluated the damage for reentry, and deemed it to be safe

PIX4649012

 
Space Debris Falls in Texas - Space Debris: Delta 2 Rocket Tank - A reservoir of the American Delta 2 rocket fell to Earth near Georgetown, Texas on January 22, 1997. After a nine-month stay around the Earth, this reservoir of about 250 kg remains practically intact due to its atmospheric rental. This is the main propellant tank of the second stage of a Delta 2 launch vehicle which landed near Georgetown, TX, on 22 January 1997, after nine months in Earth - orbit. This approximately 250 kg tank is primarily a stainless steel structure and survived reentry relatively intact

PIX4642804

Space Debris Falls in Texas - Space Debris: Delta 2 Rocket Tank - A reservoir of the American Delta 2 rocket fell to Earth near Georgetown, Texas on January 22, 1997. After a nine-month stay around the Earth, this reservoir of about 250 kg remains practically intact due to its atmospheric rental. This is the main propellant tank of the second stage of a Delta 2 launch vehicle which landed near Georgetown, TX, on 22 January 1997, after nine months in Earth - orbit. This approximately 250 kg tank is primarily a stainless steel structure and survived reentry relatively intact

PIX4642804

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