#9 - Spacecraft Electric Propulsion (Part 1) with Dr. Daniel White 

Chemical propellant has enabled spacecraft to explore other planets in ways that people once thought impossible, but, in the grand scheme of exploring our solar system and going beyond it, this can ultimately only get us so far. Enter electric propulsion systems, which propel a spacecraft by using electromagnetic forces to accelerate a gas. This method provides several benefits over traditional propulsion systems, which will allow electric propulsion to play a key role in the future of space exploration. In Part 1 of this two-part series, I chat with Dr. Daniel White about what types of electric propulsion systems are used on spacecraft and why you would choose one type over another, along with the physics behind how each of these work, and how these systems are designed to help meet the mission objectives. Dr. White is an Assistant Professor at Embry Riddle Aeronautical University in Prescott, AZ. Throughout his career, he has done incredible work on this topic through his past work at JPL, Space Systems Loral, and MIT.Buy your 2020 dumpster fire candles here! https://dumpsterfirecandle.com/

Om Podcasten

The Art of Space Engineering is a podcast which aims to explore the details behind how spacecraft and various payloads come together before launch, and the lessons learned along the way. Episodes feature discussions between faculty, students, and industry professionals on topics including instruments, CubeSats, and various engineering disciplines, to provide a well-rounded overview of what it takes to prepare space systems for missions both in and beyond Earth's orbit. Hosted by Sarah Rogers Cover art design by Amy Liu Feel free to connect with me! Email: artofspaceeng@gmail.com LinkedIn: https://www.linkedin.com/in/sarah-s-rogers Hosted on rss.com: https://rss.com/podcasts/theartofspaceeng/