A brief summary of the numbers used in obtaining present
     preliminary E789 D results - MJL, 11/9/92

                          Be                      Au
                     ------------            -------------
protons/me3ic          71x10^6                 6.24x10^6
                    (p.247 Log VI)           (p.252 Log VI)

rhotgt               1.848 gm/cm^2            19.32 gm/cm^2

xtgt(1.5mm)     1.852x10^22 nuclei/cm^2   8.857x10^21 nuclei/cm^2

eff-vtx(Kpi)           .0909                     .101
                        (from monte carlo/analysis)

acceptance            .00293                    .00312
                    (differnces due to beam-x on target)
                 (used Kodama et al kinematic distributions)

eff-proc                            .86
                    (from Ron's simulation and monte carlo)

eff-trig                            .39
                    (.9 hodo x .43 calorimeter+susd+etc)

decay                               .69
                 (hand calculation; needs full monte carlo)

amonsb                 8.05x10^5               8.76x105

KPi counts              281+311                202+221
                  (asym. gaussian and constraint between K-Pi+ and
              K=Pi- only within each of K-Pi+ or K+Pi- mass id plots)

Resulting numbers:

      sig(K-Pi+K+p-) ~= 21.5+/-1.4ub  or  27.6+/-1.8
               (for .56 or .43 calor+susd+.. effs)

      alpha ~= .84+/-.02 (for standard cuts; see previous note
                 for other lifetime cuts)

      assym(K-Pi+/K+Pi-,Be) ~= .90+/-.08

      BR(PiPi)/BR(KPi) ~= .036+/-.006 (fitting needs work yet)