I work in the semiconductor industry, more specifically, on ion implantation equipment. While we don't use a cyclotron, many of the concepts are the same. I will be sure to share this series of videos with my coworkers! Thank you, and awesome work.
I do like the magnetic effect for the electron travel as an efficient means for Proton and electron emission. However, how would one go about electron capturing instead? Do you ignore the H2 gas? Or would one need to redirecting protons and neutrons out of the system? Do you reverse the polarity of the electrodes or magnets? I understand that x-rays would be involved and further shielding would add minor complexity. Thanks in advance.
I work in the semiconductor industry, more specifically, on ion implantation equipment. While we don't use a cyclotron, many of the concepts are the same. I will be sure to share this series of videos with my coworkers! Thank you, and awesome work.
My favorite device
I’m a medical cyclotron engineer geeking out over your channel. Thanks for your dedication and passion for education.
Wow, most excellent! Thank you for sharing this with us. 👍
Santa Claus, I want a cyclotron for Christmas. I've been a really good boy. 😂
But seriously, every high school in America should have one.
I do like the magnetic effect for the electron travel as an efficient means for Proton and electron emission. However, how would one go about electron capturing instead? Do you ignore the H2 gas? Or would one need to redirecting protons and neutrons out of the system? Do you reverse the polarity of the electrodes or magnets? I understand that x-rays would be involved and further shielding would add minor complexity. Thanks in advance.
It would look like a single line single line seen from above, or as a string of dots traveling the same path?