How does an electric thruster work?
Could you elaborate on the mechanics behind an electric thruster? Specifically, how does it harness electrical energy to produce thrust and propel spacecrafts through space? What are the key components involved in this process, and how do they interact to achieve this? Additionally, what are some of the advantages and limitations of using electric thrusters for space travel?
How fast is the electric thruster?
Could you please elaborate on the speed capabilities of the electric thruster? Are we talking about instantaneous acceleration, maximum sustainable velocity, or a specific range of speeds it can achieve? Additionally, how does the electric thruster's speed compare to other propulsion systems commonly used in space exploration, such as chemical thrusters or ion engines? Understanding the specific context and metrics for assessing speed would greatly assist in providing an accurate and informative answer.