Future space shuttle fuel without carrying remote microwave energy transmission

[xiaoxiao]

According to foreign media reports, scientists have devised a need to carry fuel the space shuttle, the use of remote microwave energy transmission principle to transfer energy to the space shuttle on the ground, forming the thrust through such means heat, eventually pushing the shuttle liter empty. Features of this technology is that the need to carry fuel, can greatly reduce the space inside the shuttle, but also reduces the risk of post-launch carrying the fuel present. The use of land-based high-power microwave energy transmission device provides sustained energy for the space shuttle, to meet the space shuttle into orbit, the technology will be used to launch satellites, reducing the launch costs.

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Microwave energy transfer to the shuttle launch is also part of a new concept technology, scientists have successfully tested a bunch of high energy microwave device to generate thrust of course, if we install the heat exchanger at the bottom of the space shuttle, can be located on the ground microwave phased array antenna gain energy, the energy into thrust. So long as the space shuttle to carry the power plant and the load, you do not need to carry the risk of fuel. Once the shuttle arrived at the track to complete the task, you can glide back to the ground, then prepare for the next launch, implement used repeatedly.

The company responsible for the development of the technology believe that we can take advantage of remote microwave energy transmission build out single stage to orbit the space shuttle, the future will be a low-cost space launch market, the repeated use of the carrier. Microwave-driven shuttle can be 200 kg of payload into orbit, to meet the needs of some of the satellite's launch, currently located in Colorado's laboratory has successfully achieved continuous thrust 500 seconds.

Given the chemical energy of a rocket launch high price and risk of new vehicles continue to occur, the current price per kilogram into orbit ranging from tens of thousands of dollars, which greatly limits the development of space exploration. Scientists estimate future reusable spacecraft will use the new propulsion technology, a single stage to orbit the space shuttle can be used to launch small satellites. The current heat exchanger can capture 90% of the energy conversion, and generate thrust.