Los Alamos and the professional nuclear labs had been looking for ways to get fusion weapons without a fission primary for decades, and found
nothing practical.
With all due respect...you haven't read a scientific journal on the subject within the last 25-30 years. The last time that rocket guidance was a
bigger technological challenge than creating nuclear weapons was the mid-80's. An android cell phone has all of the parts, software, and processing
power to accurately guide a drone or a rocket, That's the crazy thing about the exponential advancement of Moore's law...the "tricky stuff" isn't so
tricky anymore. Any child in America can buy a Parrot AR drone for a whopping $300 and use their ARM-based cell phone to accurately control their
very own drone with a learning curve of about 10 minutes. Pick up a copy of MAKE magazine and your local bookstore and look at the incredibly accurate
guidance and control systems which unschooled hobbyists make in their basements using their cell phones, $20 Arduino boards, and $35 Raspberry Pi
computing devices.
no, the physics is wrong---or if you get something the fusion yield is negligible. Fortunately, nuclear weaponry is still very difficult.
The last time the "physics was wrong" about this either Reagan or Carter were still in office. All modern experiments with fusion reactions have run
up into a brick wall ONLY in trying to actually CONTROL the reaction. Specifically, the blanket term used for this normally referred to as "plasma
containment". The energy expended in creating the incredibly powerful magnetic fields to keep the plasma from melting the torus reactor is more or
less why historically fusion produced a net-loss in power production. However...not anymore.
But don't take it from me...take it from the guys who have already broken ground on nuclear fusion plants which will be online by the end of the
decade. Here are the links and scholarly citations in scientific journals which will show you that I know EXACTLY what I'm talking about.
Links:
www.iter.org...
www.iter.org...
www.iter.org...
www.iter.org...
www.iter.org...
www.technologyreview.com...
www.generalfusion.com...
www.generalfusion.com...
www.generalfusion.com...
www.generalfusion.com...
Scholarly References
General Fusion
Laberge, M. "An Acoustically Driven Magnetized Target Fusion Reactor" Published in Journal of Fusion Energy, Vol 27, 2007
Laberge, M. "Experimental Results for an Acoustic Driver for MTF" Published in Journal of Fusion Energy, Vol 28, 2008
Howard, S. et al "Development of Merged Compact Toroids for Use as a Magnetized Target Fusion Plasma" Published in Journal of Fusion Energy, Vol 28,
2008
Magnetized Target Fusion
Miller, R.L. and Krakowski, R. A. "Assessment of the Slowly-Imploding Liner (LINUS) Fusion Reactor Concept" 4th ANS Topical Meeting on the Technology
of Nuclear Fusion, 1980
Siemon, R., Lindemuth, I., and Schoenberg, K. "Why Magnetized Target Fusion Offers A Low-Cost Development Path for Fusion Energy" Comments on Plasma
Physics and Controlled Fusion, 1997
Wurden, G. et al "Magnetized Target Fusion: A Burning FRC Plasma in an Imploded Metal Can" Journal of Plasma Fusion Research, Volume 2, 1999
Siemon, R. et al "The relevance of Magnetized Target Fusion (MTF) to practical energy production" A white paper for consideration by the fusion
community and the Fusion Energy Sciences Advisory Committee, 1999
Intrator, T. et al "A high density field reversed configuration (FRC) target for magnetized target fusion: First internal profile measurements of a
high density FRC" Physics of Plasmas, Volume II, Number 5, 2004
Canadian Plasma Injector Research
Raman, R. et al "Design of the compact toroid fueler for center fueling Tokamak de Varennes", Fusion Technology, 1993
Raman, R. et al "Expiremental Demonstration of Nondisruptive, Central Fueling of a Tokamak by Compact Toroid Injection", Phys. Rev. Lett., 1994
Raman, R. et al "Experimental demonstration of tokamak fuelling by compact toroid injection", Nuclear Fusion, Vol 37, 1997
Xiao, C., Hirose, A., and Sen, S. "Improved confinement induced by tangential injection of compact torus into the Saskatchewan Torus-Modified (STOR-M)
tokamak", Physics of Plasmas, Vol 11, 2004
Olynyk, G. and Morelli, J. "Development of a compact toroid fuelling system for ITER", Nuclear Fusion, 2008
Trust me when I say that I have nothing to gain by bullsh^tting you on this one. Simply fusing atoms in an uncontrolled reaction has been child's
play for the last decade or so. The tricky part is in harnessing that power to do something besides vaporize metropolitan areas in a manner that is a
net gain of power.
edit on 24-9-2012 by milominderbinder because: italics formatting