Ray Stefanski reported on a message from Al Moretti:

The status of the cooling channel cavity is that the LBL drawings have 
been sent to the University of Mississippi for where a prototype cavity
will be machined and should be completed in about 6 to 8 weeks.

Al met with Leon Beverly and Ralph Pasquinelli in Lab G. 
They went over the things we
need and which are to stay. Leon is planning on moving the magnets soon (start
maybe in 2 weeks). We also went over our plans with Ralph for the remaining
work. Ralph thinks that with the Beams Division Job load we may not get much 
help until December when main injector commissioning likely begins. However 
the RFQ stuff maybe taken out of Lab G in Oct. or sooner if manpower 
requirements permit.

Al Bross gave an update on instrumentation. Progress has been made on
configuring the magnetic field to achieve knowledge of the shape to the
required one part in 10**4.  The cavity configuration inside the magnet
will require a 5 cm clear space to bring in cables and utility connections.
The warm bore will need another 20 to 25 cm, so its diameter is about
one meter.  This results in the need for a rather large magnet.
The issues continue to be addressed -- more work is needed. A question was
raised whether the cavity needed to be inside the solenoid?  There
may also  be a need for a gap and matching field between the cavity and
TPC3.

Al Russell described progress on the pinged beam to Meson-Center.
Resonant extraction from the MI isn't promising, because the QXR
is limited in its pulse width. 
Al described enclosure B, where beam is split between the three
external areas -- 800 GeV to Proton, 120 GeV to Meson/Neutrino.
There may be a way to pulse beam to Meson in Enclosure B, but this
would put holes into the beam to Neutrino.  If this were satisfactory,
the existing supplies, having a 40 ms rise and fall time with
a 15 ms flat-top might work (Jim Walton) because we will need only
15% of the maximum current. We are still looking for
a way to make pings in the slow spill going to the beams adjacent
to Meson-Center in the Meson Area.  Al pointed out that the 15 Hertz
pulsed power supply used by BooNE to switch the 8 GeV beam away from 
the main Injector may be suitable for the MuCool pings.

Tom Kobalarcik took a few people to the Meson Area so that they could
become more familiar with the proposed future location of MuCool.