Fusor Forums

Hey, Um thanks Carl, for clearing things up =) . I'll do what you say, and stop the irrelevant posts and replies. I really appreciate it! And I'll do my homework on particle physics =) .

Thanks Again!

Hey Chris! Hmmm, I see what your saying here. I'll take a look into it. Thanks for the heads up! I appreciate it!

Best Wishes!

<t>For a couple of years now, I've been running Project OrangeSky. One of the Sub-Projects is HyperStorm, focusing on improving reactor technology.<br/> <br/> So far, we've been able to achieve large amounts of fusion in fusion bombs, but not in reactors. What I've done is I've studied how rapidly c...

Hey Carl and John! I see your points, and I'd like to apologize. I think I will publish my findings in my project here.

Thanks again!
Best Wishes!

<t>I see your point Carl, and it is well understood. I understand that this is an "Open Source" forum, so you've got me there. My only defense here is, I would hate to be a cause of a fusor accident, as unlikely as it may seem. As for coming up in this thread, take a look at what was originally prop...

<t>You propose an interesting idea. I have been looking into a similar idea for a long time, and I think I've come up with a feasible fusion environment. I host my project at<br/> <br/> Administrator’s note: Mr. Absar can’t figure out if he wants to discuss his own project on Fusor.net. He wants to ...

Thank you for you replies. They have showed me where I have fallen short in my description of what I'm proposing. I'll prepare an image and a detailed description to better describe what I'm saying. Thanks again!

<t>A couple of days back, I was taking a look at the schematics of a Farnsworth Fusor. Then, an idea came to mind.<br/> <br/> As we all know, one of the major downfalls of the Fusor is that energy is lost when an ionized fuel comes in contact with the negative grid. This is why the Bussard Reactor (...

Hey Carl and Doug, thanks for the explanation! It made some serious sense. I have to admit, never thought of it in that sense. So yeah, thanks again guys, saved me some trouble.

Lets consider this thread closed.

<t>Ok, so I've made a small image depicting what it is that I am proposing... In the image, we have 2 Deuterium atoms (+n). The 2 atoms are ionized and are accelerated towards each other, so they fuse. At this point, 1 out of 2 reactions can occur. Either a Tritium atom and a proton can be formed, o...