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MXene-coated Devices Can Guide Microwaves in Space and Lighten Payloads

Philadelphia, PA (SPX) Feb 12, 2024 -
One of the most important components of satellites that enable telecommunication is the waveguide, which is a metal tube for guiding radio waves. It is also one of the heaviest payloads satellites c ....

United States , United Kingdom , Drexel University , Britt Faulstick , Roman Rakhmanov , Mohammad Zarifi , Yury Gogotsi , University Of British Columbia , Bach Professor In Drexel College Of Engineering , Devices Can Guide Microwaves , British Columbia , Materials Today , Distinguished University , Bach Professor , Space News ,

Waveguide Performance Could Benefit From MXene Coating

The waveguide, a metal tube used to direct radio waves, is a critical component of satellites that enable communications. It is also one of the heaviest payloads that satellites transport into orbit. ....

United Kingdom , Mohammad Zarifi , Roman Rakhmanov , Megan Craig , Yury Gogotsi , University Of British Columbia , Drexel University Of British Columbia , Drexel University , College Of Engineering , British Columbia , Distinguished University , Bach Professor , Associate Professor , Phd Student ,

MXene-coated devices can guide microwaves in

<p>One of the most important components of satellites that enable telecommunication is the waveguide, which is a metal tube for guiding radio waves. It is also one of the heaviest payloads satellites carry into orbit. As with all space technology, reducing weight means reducing the amount of expensive and greenhouse gas-producing fuel it takes to launch a rocket, or increasing the number of devices carried by the same rocket to space. Researchers from Drexel University and the University of British Columbia are trying to lighten the load by creating and testing a waveguide made from 3D-printed polymers coated with a conductive nanomaterial called MXene.</p>
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United Kingdom , Yury Gogotsi , Mohammad Zarifi , Roman Rakhmanov , Bach Professor In Drexel College Of Engineering , University Of British Columbia , Drexel University , Method Of Research , British Columbia , Materials Today , Distinguished University , Bach Professor ,

MXene-coated devices can guide microwaves in space and lighten the payload

MXene-coated devices can guide microwaves in space and lighten the payload
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United Kingdom , Mohammad Zarifi , Roman Rakhmanov , Omid Niksan , Yury Gogotsi , University Of British Columbia , Bach Professor In Drexel College Of Engineering , Drexel University , Materials Today , British Columbia , Distinguished University , Bach Professor ,

Titanium oxide can eliminate harmful pigments from wastewater: Study

Titanium oxide can eliminate harmful pigments from wastewater: Study
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Michel Barsoum , Adam Walter , Drexel University College Of Engineering , Department Of Materials Science , College Of Engineering , Drexel College Of Arts , Drexel University , Distinguished University , Materials Science ,