Dr Richard Nebel: We Will Know if IEC Fusion Will Work Within 24 Months

This site has an interview of Dr Richard Nebel who is leading the IEC/Bussard Fusion project.

Dr. Nebel commented: I believe we will know the answer for the Polywell [commercial nuclear fusion viability] in ~ 1.5-2 years. I haven’t looked at MSimons design, but I know he has a lot of good ideas. We’ll probably take a closer look at D-D reactors over the next 2 years.

From the Interview: The project that we hope to have out within the next six years will probably be a demo, which won’t have the attendant secondary equipment necessary for electricity generation. Hopefully the demo will demonstrate everything that is needed to put a full-scale working plant into commercial production. So if the concept works we could have a commercial plant operating as early as 2020.

18-24 months : Verification if this approach is commercially viable [boom or bust for Polywell]
6 years: a full-scale demo of IEC fusion
By 2020: A first commercial IEC Fusion plant, with an estimated cost of 2-5 cents per kilowatt hour.

We’ve looked at the side reaction [ 11B-4He -> 14N + n, 11B + p -> 11C+n, etc) that will produce neutrons,] and it is down 8 orders of magnitude from the P-B11 reaction. The reason for this is that the alpha particles are not well confined and leave the system very rapidly. The alpha-B11 reaction is the dominant side reaction. Note: This was a computational analysis.

About The Author

Add comment

E-mail is already registered on the site. Please use the Login form or enter another.

You entered an incorrect username or password

Sorry, you must be logged in to post a comment.

5 comments

by Newest
by Best by Newest by Oldest
1

Yes, the hurriquake nails help prevent earthquake damage as well

2

would this also help in earthquake regions (speaking as a socalfornian)?

3

This has some interesting side effects: it means that militarily, a relatively-unsophisticated blanket attack via nuke or the like will be much less effective if houses are generally able to withstand much higher psi. For instance, I'm in N. Texas... hurricanes and nukes aren't going to get the housing codes upgraded... but tornadoes and derechos (straight-line winds, which can be just as deadly) sure might.

That means that *militarily*, if there's a shift to generally hardened homes, you're going to see a generally continued impetus to low-volume-of-fire military work with more-highly-trained individuals. This is already in-progress to some extent... in our current war zones, you can tell the US is fighting by how *few* gunshots you're hearing, rather than how many, and the military is actively scaling *down* the size of its shells and rockets for close-quarter work, so that infantry can be close enough to the blast to get in and get people while they're still stunned from the hit.

4

They fit in regular nail guns and have been used to build tens of thousands of homes in the Gulf region and around the USA. Widely available nationwide now. Sold on amazon and at regular hardware stores

5

Hurriquake nails look like a cool design, but if they can't be loaded into a pneumatic nailer they won't be used by most crews, even if the builder foots the added expense.