Understanding Gridded Ion Thrusters

What is the primary role of the negatively charged accelerator grid in a gridded ion thruster?

• To repel positive ions

• To attract positive ions

• To neutralize the ion beam

• To create electron tornadoes

How are ions created in the discharge chamber of a gridded ion thruster?

• By heating Xenon atoms

• By firing electrons at Xenon atoms

• By using a magnetic field

• By compressing Xenon gas

What is the purpose of creating electron tornadoes in a gridded ion thruster?

• To increase the number of ionizing collisions

• To focus the ion beam

• To increase the speed of ions

• To neutralize the ion beam

How do ion optics help in preventing damage to the accelerator grid?

• By neutralizing the ions

• By slowing down the ions

• By focusing ions through the grid

• By repelling ions away from the grid

What is one major drawback of gridded ion thrusters compared to traditional chemical rockets?

• They produce more thrust

• They use more propellant

• They have a shorter operational lifespan

• They produce significantly less thrust