Thanks Mark, I have seached for a week for an explanation on TW and SW Linear Accelerators, until I saw your video. I am sharing this so standby for more Likes.
Thank you for both the videos. They are very clear. However I think that there is a mistake in the standing wave part. The electrons are accelerated only when the pass through a cavity with a longitudinal electric field (i.e. only then the potential between the two boundary plates of the cavity is not equal). IN the video they are accelerated in a cavity with the two walls at the same potential..
This animation is useful to understand electron movement in linear accelerator!
On a scale from 1 to 10, this video is about a 7.5. Good work. Keep it as simple as possible.
Thanks Mark, I have seached for a week for an explanation on TW and SW Linear Accelerators, until I saw your video. I am sharing this so standby for more Likes.
Thank you for both the videos. They are very clear. However I think that there is a mistake in the standing wave part. The electrons are accelerated only when the pass through a cavity with a longitudinal electric field (i.e. only then the potential between the two boundary plates of the cavity is not equal). IN the video they are accelerated in a cavity with the two walls at the same potential..
Hello, is it possible to create a small fusion heater by this linac, since fusion of deuterium and Bor/carbon starts at 2.5 MeV?
which program r u using for generating this creative video.
thank you Mark Ramsay
👍