Post by Deleted on Jan 6, 2016 13:37:49 GMT 1
Rakettechnologie
De Magnetoplasma-raket is tien maal sneller en tien maal zuiniger dan de gangbare raketmotoren.
De Magnetoplasma-raket is tien maal sneller en tien maal zuiniger dan de gangbare raketmotoren.
Gepubliceerd op 18 nov. 2014
Since the 1970s, starting at MIT and then for 25 years at NASA, astronaut Franklin Chang Díaz and his team of scientists have worked to develop a faster propulsion technology for space travel. The result is the VASIMR engine, a plasma rocket that can travel 10 times faster than a chemical rocket, uses 1/10th the amount of fuel, and can transport cargo more economically than any existing space technology
Magnetoplasma Rocket
Gepubliceerd op 7 apr. 2015
Ad Astra Rocket Company of Texas is in the final stages of developing a highly efficient Plasma Rocket for low Earth orbit and interplanetary use! A cheaper way to move spaceships around Earth orbit, the moon and the outer planets!
39 days to Mars? Sign me up!
A U.S. based rocket propulsion company is developing an engine that could take humans to Mars in just 39 days, and it has funding from Nasa to accomplish the task.
A spacecraft normally takes several months to reach Mars. According to Franklin Chang Diaz, CEO of the Ad Astra Rocket Company of Texas, the new rocket engine technology has the potential to be revolutionary.
"This is like no other rocket that you may have seen in the past, It is a plasma rocket. The Vasimr Rocket is not used for launching things, It is used for things already in orbit, which we call. 'in space propulsion'," said Chang Diaz, also a former astronaut.
The Vasimr engine works by heating plasma, an electrically charged gas, to extreme temperatures using radio waves. Strong magnetic fields then funnel this plasma out of the back of the engine.
This in turn, creates thrust, helping to propel the engine at extreme speeds.
Nasa liked this technology and offered a grant to the Ad Astra Rocket Company as part of its 12 Next Space Technologys for Exploration Partnerships program.
"The partnership [with Nasa] will advance the Vasimr engine to a technology readiness level greater than 5 - a step closer to space flight," the company announced in a statement.
Over a three-year period, Nasa will give the Texas-based company about 10 million dollars to fully develop a new version of the Vasimr engine.
According to the company, they could save thousands of gallons of rocket fuel by using the Vasimr engine, which would save around 20 million dollars in one year.
39 Days to Mars! NASA's New Plasma Engine!
Since the 1970s, starting at MIT and then for 25 years at NASA, astronaut Franklin Chang Díaz and his team of scientists have worked to develop a faster propulsion technology for space travel. The result is the VASIMR engine, a plasma rocket that can travel 10 times faster than a chemical rocket, uses 1/10th the amount of fuel, and can transport cargo more economically than any existing space technology
Magnetoplasma Rocket
Gepubliceerd op 7 apr. 2015
Ad Astra Rocket Company of Texas is in the final stages of developing a highly efficient Plasma Rocket for low Earth orbit and interplanetary use! A cheaper way to move spaceships around Earth orbit, the moon and the outer planets!
39 days to Mars? Sign me up!
A U.S. based rocket propulsion company is developing an engine that could take humans to Mars in just 39 days, and it has funding from Nasa to accomplish the task.
A spacecraft normally takes several months to reach Mars. According to Franklin Chang Diaz, CEO of the Ad Astra Rocket Company of Texas, the new rocket engine technology has the potential to be revolutionary.
"This is like no other rocket that you may have seen in the past, It is a plasma rocket. The Vasimr Rocket is not used for launching things, It is used for things already in orbit, which we call. 'in space propulsion'," said Chang Diaz, also a former astronaut.
The Vasimr engine works by heating plasma, an electrically charged gas, to extreme temperatures using radio waves. Strong magnetic fields then funnel this plasma out of the back of the engine.
This in turn, creates thrust, helping to propel the engine at extreme speeds.
Nasa liked this technology and offered a grant to the Ad Astra Rocket Company as part of its 12 Next Space Technologys for Exploration Partnerships program.
"The partnership [with Nasa] will advance the Vasimr engine to a technology readiness level greater than 5 - a step closer to space flight," the company announced in a statement.
Over a three-year period, Nasa will give the Texas-based company about 10 million dollars to fully develop a new version of the Vasimr engine.
According to the company, they could save thousands of gallons of rocket fuel by using the Vasimr engine, which would save around 20 million dollars in one year.
39 Days to Mars! NASA's New Plasma Engine!