Chinese Scientists Came Up With A Solution To Permit Rockets To Orbit For More Extended Periods

Chinese Scientists Came Up With A Solution To Permit Rockets To Orbit For More Extended Periods

Scientists from China have developed a stunning technology that lets rockets orbit for more extended periods. This technology comes in the form of a cryogenic rocket engine. They are extending the orbit time from a few hours to a whopping 30 days.

These engines are meant to perform at temperatures that range in the extreme lows. The cryogenic engines use nontoxic and nonpolluting fuels like liquid oxygen and liquid hydrogen, which have the added benefit of being cost reducing.

The rocket engine has seen good use so far in various lanches, both foreign and domestic with Chinese rockets Long March 5 and Long March 7 being prime examples.

The problem

The orbital range of most rockets is between a few minutes and a couple of hours. The scientists in the aerospace field have been trying to figure this out for a long time.

Zhang Shaohua, a research team member, stated that the team that developed the cryogenic energy faced some issues while trying to make it work. He said that the rocket would be under the effects of severe thermal factors while in orbit. Causing fuel loss and reducing orbit time.

While in flight, a rocket engine will try to keep pressure balance by letting go of the exhaust gases in the fuel tank. While in the microgravity of space, the gas and liquid cryo fuel will be mixed and some of it will wind up being lost in the engine exhaust.

The solution

To fix the issue, two insulating materials have been developed by scientists from China’s Academy of Launch Vehicle Technology. These have the function to reduce loss from fuel evaporation and keep the rocket in longer orbit.

One of these insulating materials is created from polyurethane foam, which has a chemical composition 50 percent greater than ordinary materials. The other material is made from multiple layers of insulation material and shows and 18 percent higher resistance compared to everyday materials.

With the two materials working in tandem, the daily loss of fuel has been cut to a percentage of 0.5 percent. These technological achievements will allow China to stay in space for more extended periods and go further in than before.


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