Present: Peter Bosted, Keith Griffioen, Sebastian Kuhn, Perry
    Anthony, Ray Arnold, John Weisend

E161 Target: Don is at a conference, and reported seeing field map
data on a magnet like the one we now proose to buy from Oxford.
The field uniformity was 10-5 as adverstised. John is in the 
mean-time investigating getting other bids from the National Magnet Lab.

Lass test: everything almost ready. Magnet has ben run to 500 A. 
Field mapping will be done tomorrow up to 2700 A.

E161 Spectrometer; TN by Sbastian Kuhn has ben updated. Design now has
about 1.8 m of iron, at 19 kG. Resolution somewhat worse than proposal, but
more iron so hit rates are lower. The Pt resolution is proportional to pt
(ie dPt/Pt=const of about 0.2). Preliminary results of smearing signal
and background with this resolution seem encourageing.  

E160 Spectrometer. Peter is investigating a new design that would
use D3 with no alumina, followed by LASS with 1.8 m of iron. Advantages
are more signal, less background, better resolution, and detectors
similar to E161. Overall, less overhead in going from E160 to E161.
Drawback: singles rates from decay muons will increase: Peter
will check soon to see if this is a problem.