Triboelectrification is both a bitch to pronounce, as well as a thorn in the sides of would-be NASA astronauts. Also, triboelectrification happens to be the most recent cause of the space shuttle Ares I-X launch scrubbing.
Triboelectrification is a static discharge that is "created by the outer coating of the rocket if it flies through cloud vapor or precipitation that is colder than -10 degrees C (14 deg. F)," describes Universe Today. "This static electricity could disrupt the transmission of flight test data from the rocket, one of the main outcomes for the test."
Test Flight Fails
Triboelectrification Prevents the Ares I-X Rocket Launch
Trend Themes
1. Triboelectrification - Opportunity for developing technologies to prevent or mitigate the effects of triboelectrification in aerospace.
2. Static Discharge - Potential for innovations in static discharge prevention or management systems for aerospace applications.
3. Data Transmission - Possibility for advancements in resilient data transmission systems for aerospace testing.
Industry Implications
1. Aerospace - Aerospace industry can explore new technologies to address the challenges posed by triboelectrification during rocket launches.
2. Electronics - Electronics industry has the opportunity to develop improved static discharge prevention systems for various applications.
3. Telecommunications - Telecommunications industry could innovate robust data transmission solutions that can withstand disruptions caused by static electricity.