The discussion focuses on the operational principles of Penning ion sources, particularly regarding the behavior of ions and electrons in the presence of electric and magnetic fields. Participants seek clarity on how ions can exit the source while electrons cannot, emphasizing the need for a technical drawing and detailed explanations of the forces at play. Specific interest is noted in the application of deuteron gas ions impacting a tritiated target for neutron generation. Resources such as the SPECs and Case Technology websites are referenced for further information.
PREREQUISITESResearchers, physicists, and engineers involved in neutron generation, plasma physics, and the design of ion sources will benefit from this discussion.
Is one interesting in Penning ion sources in general, or more specifically for deuteron gas (ions) impinging upon a tritiated target for the purpose of generating neutrons?Tayfun said:I'm sending this message to anyone who has knowledge about neutron generator. is there anyone who knows how does penning ion source works. I mean how could ions exit the holes but electrons can't exit. I didn't find any explanation about it on the web
Astronuc said:Is one interesting in Penning ion sources in general, or more specifically for deuteron gas (ions) impinging upon a tritiated target for the purpose of generating neutrons?
For Penning ion source, here is an example - http://www.specs.de/cms/front_content.php?idcat=105
or a general description - Penning Ion Sources
or more generally - http://www.casetechnology.com/source.html