%DATA FILES USED: %/u/ea/robine/e143/steve/p29para_newrc2_newbp2 %/u/ea/robine/e143/steve/p29perp_newrc2_newbp2 %/u/ea/robine/e143/steve/d29para_newrc2_newbp2 %/u/ea/robine/e143/steve/d29perp_newrc2_newbp2 %/u/ea/robine/e143/steve/p16para_newrc2_newbp2 %/u/ea/robine/e143/steve/d16para_newrc2_newbp2 %/u/ea/robine/e143/steve/p9para_newrc2_newbp2 %/u/ea/robine/e143/steve/d9para_newrc2_newbp2 %ENEGIES USED: MIN-MAX= 9.720 29.130 %SPECTROMETERS USED: MIN-MAX 1 2 % change == to ==documentstyle[prl,aps]{revtex} ==begin{document} ==begin{table}[t] ==caption{Deuteron results for \$g_1\$ at fixed \$Q^2\$ of 2, 3, and 5 (GeV/c)\$^2\$ evaluated assuming \$g_1/F_1\$ is independent of \$Q^2.\$ In addition to the systematic errors shown, there are normalization uncertainties shown in Table~ ==protect==ref{tb:norm_err}. } ==label{tb:g1q0_1} ==begin{tabular}{rrrr} \$x\$ & \$g_1^d(Q^2=2)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^d(Q^2=3)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^d(Q^2=5)==pm {==rm stat} ==pm {==rm syst} \$ ==== ==hline 0.031 & \$ 0.166==pm 0.162==pm 0.033\$ & \$ 0.180==pm 0.176==pm 0.036\$ & \$ 0.198==pm 0.194==pm 0.040\$ ==== 0.035 & \$ 0.029==pm 0.104==pm 0.027\$ & \$ 0.031==pm 0.112==pm 0.029\$ & \$ 0.034==pm 0.124==pm 0.032\$ ==== 0.039 & \$ 0.202==pm 0.084==pm 0.022\$ & \$ 0.218==pm 0.091==pm 0.024\$ & \$ 0.239==pm 0.100==pm 0.027\$ ==== 0.044 & \$-0.038==pm 0.071==pm 0.017\$ & \$-0.040==pm 0.076==pm 0.019\$ & \$-0.044==pm 0.083==pm 0.020\$ ==== 0.049 & \$-0.035==pm 0.060==pm 0.014\$ & \$-0.037==pm 0.064==pm 0.014\$ & \$-0.040==pm 0.070==pm 0.016\$ ==== 0.056 & \$ 0.040==pm 0.052==pm 0.011\$ & \$ 0.042==pm 0.056==pm 0.011\$ & \$ 0.046==pm 0.061==pm 0.012\$ ==== 0.063 & \$ 0.027==pm 0.045==pm 0.008\$ & \$ 0.028==pm 0.048==pm 0.008\$ & \$ 0.031==pm 0.052==pm 0.009\$ ==== 0.071 & \$ 0.053==pm 0.040==pm 0.006\$ & \$ 0.056==pm 0.042==pm 0.007\$ & \$ 0.060==pm 0.046==pm 0.007\$ ==== 0.079 & \$ 0.038==pm 0.036==pm 0.005\$ & \$ 0.040==pm 0.038==pm 0.005\$ & \$ 0.044==pm 0.041==pm 0.006\$ ==== 0.090 & \$ 0.120==pm 0.030==pm 0.005\$ & \$ 0.125==pm 0.032==pm 0.005\$ & \$ 0.135==pm 0.034==pm 0.005\$ ==== 0.101 & \$ 0.079==pm 0.028==pm 0.004\$ & \$ 0.083==pm 0.029==pm 0.004\$ & \$ 0.089==pm 0.031==pm 0.004\$ ==== 0.113 & \$ 0.064==pm 0.025==pm 0.003\$ & \$ 0.067==pm 0.026==pm 0.004\$ & \$ 0.072==pm 0.028==pm 0.004\$ ==== 0.128 & \$ 0.128==pm 0.023==pm 0.004\$ & \$ 0.133==pm 0.024==pm 0.004\$ & \$ 0.141==pm 0.025==pm 0.004\$ ==== 0.144 & \$ 0.130==pm 0.021==pm 0.004\$ & \$ 0.135==pm 0.022==pm 0.004\$ & \$ 0.142==pm 0.023==pm 0.004\$ ==== 0.162 & \$ 0.071==pm 0.020==pm 0.003\$ & \$ 0.073==pm 0.020==pm 0.004\$ & \$ 0.076==pm 0.021==pm 0.004\$ ==== 0.182 & \$ 0.141==pm 0.019==pm 0.004\$ & \$ 0.143==pm 0.019==pm 0.004\$ & \$ 0.148==pm 0.020==pm 0.005\$ ==== 0.205 & \$ 0.068==pm 0.017==pm 0.005\$ & \$ 0.069==pm 0.017==pm 0.005\$ & \$ 0.070==pm 0.017==pm 0.005\$ ==== 0.230 & \$ 0.071==pm 0.016==pm 0.005\$ & \$ 0.071==pm 0.016==pm 0.005\$ & \$ 0.072==pm 0.016==pm 0.005\$ ==== 0.259 & \$ 0.049==pm 0.017==pm 0.004\$ & \$ 0.049==pm 0.017==pm 0.004\$ & \$ 0.049==pm 0.017==pm 0.004\$ ==== 0.292 & \$ 0.094==pm 0.017==pm 0.004\$ & \$ 0.092==pm 0.016==pm 0.004\$ & \$ 0.090==pm 0.016==pm 0.004\$ ==== 0.329 & \$ 0.100==pm 0.017==pm 0.004\$ & \$ 0.096==pm 0.016==pm 0.004\$ & \$ 0.092==pm 0.016==pm 0.004\$ ==== 0.370 & \$ 0.089==pm 0.017==pm 0.004\$ & \$ 0.083==pm 0.016==pm 0.004\$ & \$ 0.078==pm 0.015==pm 0.004\$ ==== 0.416 & \$ 0.057==pm 0.016==pm 0.004\$ & \$ 0.051==pm 0.015==pm 0.003\$ & \$ 0.047==pm 0.014==pm 0.003\$ ==== 0.468 & \$ 0.064==pm 0.017==pm 0.004\$ & \$ 0.055==pm 0.014==pm 0.003\$ & \$ 0.048==pm 0.012==pm 0.002\$ ==== 0.526 & \$ 0.074==pm 0.019==pm 0.004\$ & \$ 0.060==pm 0.015==pm 0.003\$ & \$ 0.049==pm 0.012==pm 0.002\$ ==== 0.592 & \$ 0.043==pm 0.020==pm 0.002\$ & \$ 0.031==pm 0.014==pm 0.002\$ & \$ 0.023==pm 0.011==pm 0.001\$ ==== 0.666 & \$ 0.026==pm 0.024==pm 0.002\$ & \$ 0.017==pm 0.016==pm 0.001\$ & \$ 0.011==pm 0.010==pm 0.001\$ ==== 0.749 & \$ 0.048==pm 0.025==pm 0.002\$ & \$ 0.028==pm 0.014==pm 0.001\$ & \$ 0.016==pm 0.008==pm 0.001\$ ==== ==end{tabular} ==end{table} ==begin{table}[t] ==caption{Proton results for \$g_1\$ at fixed \$Q^2\$ of 2, 3, and 5 (GeV/c)\$^2\$ evaluated assuming \$g_1/F_1\$ is independent of \$Q^2.\$ In addition to the systematic errors shown, there are normalization uncertainties shown in Table~ ==protect==ref{tb:norm_err}. } ==label{tb:g1q0_2} ==begin{tabular}{rrrr} \$x\$ & \$g_1^p(Q^2=2)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^p(Q^2=3)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^p(Q^2=5)==pm {==rm stat} ==pm {==rm syst} \$ ==== ==hline 0.031 & \$ 0.272==pm 0.145==pm 0.037\$ & \$ 0.294==pm 0.157==pm 0.040\$ & \$ 0.322==pm 0.172==pm 0.044\$ ==== 0.035 & \$ 0.468==pm 0.096==pm 0.032\$ & \$ 0.504==pm 0.103==pm 0.035\$ & \$ 0.552==pm 0.113==pm 0.041\$ ==== 0.039 & \$ 0.283==pm 0.077==pm 0.026\$ & \$ 0.304==pm 0.083==pm 0.028\$ & \$ 0.333==pm 0.091==pm 0.031\$ ==== 0.044 & \$ 0.334==pm 0.065==pm 0.022\$ & \$ 0.357==pm 0.069==pm 0.024\$ & \$ 0.390==pm 0.075==pm 0.027\$ ==== 0.049 & \$ 0.334==pm 0.054==pm 0.019\$ & \$ 0.357==pm 0.058==pm 0.020\$ & \$ 0.389==pm 0.063==pm 0.023\$ ==== 0.056 & \$ 0.312==pm 0.046==pm 0.017\$ & \$ 0.332==pm 0.049==pm 0.018\$ & \$ 0.362==pm 0.053==pm 0.020\$ ==== 0.063 & \$ 0.267==pm 0.039==pm 0.014\$ & \$ 0.283==pm 0.041==pm 0.016\$ & \$ 0.308==pm 0.045==pm 0.017\$ ==== 0.071 & \$ 0.292==pm 0.034==pm 0.013\$ & \$ 0.309==pm 0.036==pm 0.014\$ & \$ 0.336==pm 0.039==pm 0.016\$ ==== 0.079 & \$ 0.305==pm 0.030==pm 0.013\$ & \$ 0.322==pm 0.032==pm 0.014\$ & \$ 0.349==pm 0.034==pm 0.015\$ ==== 0.090 & \$ 0.257==pm 0.024==pm 0.011\$ & \$ 0.270==pm 0.025==pm 0.012\$ & \$ 0.292==pm 0.027==pm 0.013\$ ==== 0.101 & \$ 0.292==pm 0.022==pm 0.011\$ & \$ 0.306==pm 0.023==pm 0.012\$ & \$ 0.330==pm 0.025==pm 0.013\$ ==== 0.113 & \$ 0.264==pm 0.020==pm 0.010\$ & \$ 0.276==pm 0.021==pm 0.011\$ & \$ 0.296==pm 0.022==pm 0.011\$ ==== 0.128 & \$ 0.253==pm 0.019==pm 0.010\$ & \$ 0.263==pm 0.019==pm 0.010\$ & \$ 0.281==pm 0.021==pm 0.010\$ ==== 0.144 & \$ 0.229==pm 0.017==pm 0.009\$ & \$ 0.238==pm 0.018==pm 0.009\$ & \$ 0.252==pm 0.019==pm 0.009\$ ==== 0.162 & \$ 0.242==pm 0.016==pm 0.009\$ & \$ 0.250==pm 0.017==pm 0.009\$ & \$ 0.263==pm 0.018==pm 0.009\$ ==== 0.182 & \$ 0.232==pm 0.016==pm 0.008\$ & \$ 0.238==pm 0.016==pm 0.008\$ & \$ 0.248==pm 0.017==pm 0.009\$ ==== 0.205 & \$ 0.225==pm 0.014==pm 0.008\$ & \$ 0.229==pm 0.014==pm 0.008\$ & \$ 0.236==pm 0.014==pm 0.009\$ ==== 0.230 & \$ 0.202==pm 0.013==pm 0.008\$ & \$ 0.204==pm 0.013==pm 0.008\$ & \$ 0.208==pm 0.014==pm 0.008\$ ==== 0.259 & \$ 0.241==pm 0.014==pm 0.008\$ & \$ 0.241==pm 0.014==pm 0.008\$ & \$ 0.242==pm 0.014==pm 0.008\$ ==== 0.292 & \$ 0.197==pm 0.014==pm 0.007\$ & \$ 0.195==pm 0.014==pm 0.007\$ & \$ 0.192==pm 0.014==pm 0.007\$ ==== 0.329 & \$ 0.179==pm 0.015==pm 0.006\$ & \$ 0.174==pm 0.014==pm 0.006\$ & \$ 0.169==pm 0.014==pm 0.006\$ ==== 0.370 & \$ 0.161==pm 0.014==pm 0.005\$ & \$ 0.153==pm 0.014==pm 0.005\$ & \$ 0.146==pm 0.013==pm 0.005\$ ==== 0.416 & \$ 0.177==pm 0.014==pm 0.005\$ & \$ 0.164==pm 0.013==pm 0.005\$ & \$ 0.151==pm 0.012==pm 0.005\$ ==== 0.468 & \$ 0.151==pm 0.014==pm 0.005\$ & \$ 0.134==pm 0.012==pm 0.004\$ & \$ 0.118==pm 0.011==pm 0.004\$ ==== 0.526 & \$ 0.139==pm 0.017==pm 0.004\$ & \$ 0.115==pm 0.014==pm 0.003\$ & \$ 0.095==pm 0.012==pm 0.003\$ ==== 0.592 & \$ 0.105==pm 0.019==pm 0.003\$ & \$ 0.078==pm 0.014==pm 0.002\$ & \$ 0.059==pm 0.011==pm 0.002\$ ==== 0.666 & \$ 0.070==pm 0.024==pm 0.002\$ & \$ 0.046==pm 0.016==pm 0.001\$ & \$ 0.030==pm 0.010==pm 0.001\$ ==== 0.749 & \$ 0.080==pm 0.025==pm 0.002\$ & \$ 0.046==pm 0.014==pm 0.001\$ & \$ 0.026==pm 0.008==pm 0.001\$ ==== ==end{tabular} ==end{table} ==begin{table}[t] ==caption{Neutron results for \$g_1\$ at fixed \$Q^2\$ of 2, 3, and 5 (GeV/c)\$^2\$ evaluated from \$g_1^p\$ and \$g_1^d\$ assuming \$g_1/F_1\$ is independent of \$Q^2.\$ In addition there is a normalization uncertainty common to all data of 2.4==% due to beam polarization.} ==label{tb:g1q0_3} ==begin{tabular}{rrrr} \$x\$ & \$g_1^n(Q^2=2)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^n(Q^2=3)==pm {==rm stat} ==pm {==rm syst} \$ & \$g_1^n(Q^2=5)==pm {==rm stat} ==pm {==rm syst} \$ ==== ==hline 0.031 & \$ 0.085==pm 0.378==pm 0.081\$ & \$ 0.091==pm 0.408==pm 0.088\$ & \$ 0.100==pm 0.448==pm 0.097\$ ==== 0.035 & \$-0.406==pm 0.244==pm 0.067\$ & \$-0.437==pm 0.262==pm 0.072\$ & \$-0.479==pm 0.287==pm 0.080\$ ==== 0.039 & \$ 0.153==pm 0.197==pm 0.056\$ & \$ 0.164==pm 0.212==pm 0.060\$ & \$ 0.180==pm 0.232==pm 0.066\$ ==== 0.044 & \$-0.415==pm 0.166==pm 0.044\$ & \$-0.444==pm 0.177==pm 0.048\$ & \$-0.485==pm 0.194==pm 0.053\$ ==== 0.049 & \$-0.413==pm 0.141==pm 0.036\$ & \$-0.440==pm 0.151==pm 0.039\$ & \$-0.480==pm 0.164==pm 0.043\$ ==== 0.056 & \$-0.225==pm 0.122==pm 0.029\$ & \$-0.240==pm 0.130==pm 0.030\$ & \$-0.261==pm 0.142==pm 0.033\$ ==== 0.063 & \$-0.229==pm 0.106==pm 0.023\$ & \$-0.243==pm 0.112==pm 0.024\$ & \$-0.264==pm 0.122==pm 0.027\$ ==== 0.071 & \$-0.180==pm 0.094==pm 0.019\$ & \$-0.190==pm 0.099==pm 0.021\$ & \$-0.206==pm 0.107==pm 0.022\$ ==== 0.079 & \$-0.240==pm 0.084==pm 0.017\$ & \$-0.252==pm 0.088==pm 0.018\$ & \$-0.273==pm 0.095==pm 0.020\$ ==== 0.090 & \$ 0.015==pm 0.071==pm 0.017\$ & \$ 0.016==pm 0.074==pm 0.018\$ & \$ 0.017==pm 0.080==pm 0.019\$ ==== 0.101 & \$-0.125==pm 0.064==pm 0.015\$ & \$-0.131==pm 0.067==pm 0.016\$ & \$-0.141==pm 0.072==pm 0.017\$ ==== 0.113 & \$-0.136==pm 0.058==pm 0.013\$ & \$-0.141==pm 0.061==pm 0.014\$ & \$-0.151==pm 0.065==pm 0.015\$ ==== 0.128 & \$ 0.022==pm 0.054==pm 0.015\$ & \$ 0.023==pm 0.056==pm 0.016\$ & \$ 0.024==pm 0.059==pm 0.017\$ ==== 0.144 & \$ 0.053==pm 0.050==pm 0.015\$ & \$ 0.055==pm 0.051==pm 0.016\$ & \$ 0.058==pm 0.054==pm 0.016\$ ==== 0.162 & \$-0.095==pm 0.047==pm 0.012\$ & \$-0.098==pm 0.048==pm 0.012\$ & \$-0.102==pm 0.050==pm 0.013\$ ==== 0.182 & \$ 0.061==pm 0.044==pm 0.016\$ & \$ 0.062==pm 0.045==pm 0.016\$ & \$ 0.064==pm 0.046==pm 0.017\$ ==== 0.205 & \$-0.086==pm 0.039==pm 0.014\$ & \$-0.087==pm 0.039==pm 0.014\$ & \$-0.089==pm 0.040==pm 0.014\$ ==== 0.230 & \$-0.047==pm 0.038==pm 0.014\$ & \$-0.047==pm 0.038==pm 0.014\$ & \$-0.047==pm 0.038==pm 0.014\$ ==== 0.259 & \$-0.144==pm 0.041==pm 0.012\$ & \$-0.141==pm 0.040==pm 0.012\$ & \$-0.140==pm 0.040==pm 0.012\$ ==== 0.292 & \$ 0.009==pm 0.040==pm 0.013\$ & \$ 0.009==pm 0.039==pm 0.013\$ & \$ 0.009==pm 0.038==pm 0.013\$ ==== 0.329 & \$ 0.036==pm 0.041==pm 0.013\$ & \$ 0.034==pm 0.039==pm 0.013\$ & \$ 0.032==pm 0.037==pm 0.012\$ ==== 0.370 & \$ 0.031==pm 0.040==pm 0.012\$ & \$ 0.029==pm 0.037==pm 0.011\$ & \$ 0.027==pm 0.035==pm 0.011\$ ==== 0.416 & \$-0.067==pm 0.040==pm 0.010\$ & \$-0.060==pm 0.036==pm 0.009\$ & \$-0.054==pm 0.032==pm 0.009\$ ==== 0.468 & \$-0.018==pm 0.040==pm 0.009\$ & \$-0.015==pm 0.034==pm 0.008\$ & \$-0.013==pm 0.029==pm 0.007\$ ==== 0.526 & \$ 0.016==pm 0.047==pm 0.009\$ & \$ 0.013==pm 0.037==pm 0.008\$ & \$ 0.010==pm 0.029==pm 0.006\$ ==== 0.592 & \$-0.018==pm 0.051==pm 0.007\$ & \$-0.012==pm 0.036==pm 0.005\$ & \$-0.009==pm 0.026==pm 0.004\$ ==== 0.666 & \$-0.015==pm 0.067==pm 0.005\$ & \$-0.009==pm 0.041==pm 0.003\$ & \$-0.006==pm 0.026==pm 0.002\$ ==== 0.749 & \$ 0.034==pm 0.073==pm 0.007\$ & \$ 0.018==pm 0.039==pm 0.004\$ & \$ 0.009==pm 0.021==pm 0.002\$ ==== ==end{tabular} ==end{table}