Originally posted by zorgon
Originally posted by Jadette I might even have a copy around the house somewhere.
I would love a scan of that one... or at least the date and name of the paper
It was the LA Times, and I suspect in 1986. I kept the article because at the time as an engineer it was pretty eye opening, just the picture alone
was attention catching, let alone when they started flashing the word Fusion.
I'll look for it this afternoon and try and get it posted.
But for now, look at say, the public article in Energy and Technology Review, from November 1986.
An interview with Ken Fowler, LLNL`s Associate Director for Magnetic Fusion Energy, is presented.^Dr. Fowler describes the present state of
fusion research at LLNL and comments on future directions for the program.^Also included are the following: (1) evolution of the tandem-mirror
approach to magnetic fusion, (2) MFTF-B, (3) overview of plant and equipment tests, (4) PACE tests: the magnet system, (5) PACE tests: the cryogenic
system, (6) PACE tests: the neutral beam heating system, (7) PACE tests: the ecr heating system, (8) PACE tests: the plasma diagnostics system, and
(9) PACE tests: the integrated control system.^(MOW)
That at least, should verify that the MFTF-B project wasn't secret since it was being publicly written about.
Or this:
www.sciencemag.org...
Science 9 October 1987:
Vol. 238. no. 4824, pp. 152 - 155
DOI: 10.1126/science.238.4824.152
Prev | Table of Contents | Next
Articles
Articles
Fusion's $372-Million Mothball: Livermore wanted to be a contender in the race to design a commercial fusion reactor; but it lost without ever
getting to turn on its big mirror machine
WILLIAM BOOTH
I can find lots of citations, so I doubt that it was on the hush-hush.
THIS might explain the history of US Fusion research to everyone. It's a report done in 1995 explaining...well the history of US Fusion.
www.ofes.fusion.doe.gov...
There was some disbelief in this thread about our capablity to do something like this in the 1970s. However, we've been working on such projects
since the 1950s, it was a spin off from hydrogen bomb research.
Here's some more about the project:
www.doeal.gov...
And finally, LLNL won an award for recycling the parts from the MFTF-B project: (long link, cut and paste)
72.14.205.104/search?q=cache:aPxC3aO0V5gJ:hss.energy.gov/NuclearSafety/NSEP/p2/data_entry/reports/d_Awards_Before_2006_Details.aspx%3FID%3D161+MFTF+re
used&hl=en&ct=clnk&cd=4&gl=us
During FY 02 Bill Maciel managed two projects that utilized the concept of Assets for Value subcontracting. The scope of the first project was
to deactivate a cryogenic recapture facility (B433), and disassemble a 60-foot diameter by 80-foot tall steel tank. The cryogenic recapture facility
was used in support of the 1980?s era Magnetic Fusion Energy Program?s, Mirror Fusion Test Facility (MFTF). The tank was constructed for the assembly
of the National Ignition Facility?s, Target Chamber. The second project decommissioned and removed all of the power conversion and power supply
equipment associated with the MFTF experiment. The cryogenic recapture facility (B433) was used to re-compress vaporized liquid nitrogen and liquid
helium after it was used to cool the electromagnets associated with the MFTF. The facility housed large compressors, cryogenic liquid storage tanks,
and high-pressure gas storage tanks. All of the excess equipment was removed and the empty 5000 square foot building was returned to the LLNL
institution for reuse. All of the equipment associated with B433 was made available to the D&D subcontractor in exchange for D&D services. All of the
equipment was recycled or resold by the subcontractor. For example, 60 - thirty foot long high pressure helium tanks were sold as high pressure pipe
sections (after the end bells were removed), and 100 foot long nitrogen tanks were cut up and recycled. Additionally, large electric motors (up to
5000hp) were sold and reused by industry. The large steel tank was constructed to create a controlled environment for the assembly of the 35? diameter
National Ignition Facility (NIF) Target Chamber. The tank was constructed of welded steel sheets and was secured to a 30? concrete foundation. The
tank was dismantled by the subcontractor at all of the welded joints and trucked to a steel rolling facility where the sections were rolled to the
original tank specifications. The sections were then made available to industry for re-assembly as a storage tank. The concrete foundation was crushed
and recycled as road base. The power equipment associated with the Mirror Fusion Test Facility had been abandon for over 15 years. The equipment
consisted of the following: 19 large oil-filled transformers, power distribution towers, 432 oil-filled high voltage capacitors, 192 concrete pads,
1000? of concrete cable trench, and 24 electrical control cabinets. The equipment was configured in an area that covered 63,000 square feet. All of
the equipment and concrete were removed, recycled and or reused by industry. In total 4,040 tons of concrete, 25,000 gallons of oil, 1,167 tons of
metal, and 250 tons of equipment were diverted from the LLNL waste stream by these two projects. Additionally, the Assets for Value Program made these
projects feasible by offsetting some of the costs associated with the subcontracted D&D services. The two projects returned almost 100,000 square feet
of real estate to the Laboratory to help address future building needs.
(My apologies for the large quote, I put the abstract here in whole, due to the link being from a Google Cache, in case it disappeared.)
[edit on 12-11-2007 by Jadette]