<br><br><div class="gmail_quote">On Wed, Jun 15, 2011 at 8:28 PM, Diana Parno <<a href="mailto:dparno@uw.edu">dparno@uw.edu</a>> wrote:<blockquote class="gmail_quote">
<br>
Of course, if our d2 measurement is solely in the DIS region, then we<br>
probably don't need the full x-dependent treatment. My recollection<br>
was that the LHRS kinematic settings (which dictate the d2 kinematics)<br>
were all DIS -- is that correct?<br><br></blockquote><div><br></div><div>Not necessarily. Here's the kinematic break down (p and W are in MeV): </div><div><br></div><div>4-pass: </div><div><br>
</div><div>p = 600 x = 0.21457 W = 2639.18</div><div>p = 800 x = 0.300652 W = 2456.81</div>
<div>p = 1120 x = 0.458224 W = 2132.83</div><div>p = 1190 x = 0.49649 W = 2055.16</div>
<div>p = 1260 x = 0.5363 W = 1974.44</div><div>p = 1340 x = 0.583811 W = 1877.94</div>
<div>p = 1420 x = 0.633618 W = 1776.21</div><div>p = 1510 x = 0.692609 W = 1654.3</div>
<div>p = 1600 x = 0.754992 W = 1522.66</div><div><br></div><div>5-pass: </div><div><br></div><div><div>
p = 600 x = 0.208601 W = 2955.29</div><div>p = 700 x = 0.248057 W = 2863.75</div>
<div>p = 900 x = 0.331713 W = 2671.3</div><div>p = 1130 x = 0.436609 W = 2431.21</div>
<div>p = 1200 x = 0.470576 W = 2353.29</div><div>p = 1270 x = 0.505572 W = 2272.69</div>
<div>p = 1340 x = 0.541645 W = 2189.13</div><div>p = 1420 x = 0.584254 W = 2089.54</div>
<div>p = 1510 x = 0.634051 W = 1971.5</div><div>p = 1600 x = 0.685936 W = 1845.93</div>
<div>p = 1700 x = 0.746201 W = 1695.53</div></div><div><br></div><div>While the majority of the 5-pass data are in the DIS range, only the lowest four x-points are DIS at 4-pass.</div>
<div> </div></div><br>-- <br>-----------------------------------------------------------<br>David Flay<br>Physics Department<br>Temple University<br>Philadelphia, PA 19122 <br><br>office: Barton Hall, BA319<br>phone: (215) 204-1331<br>
<br>e-mail: <a href="mailto:flay@jlab.org">flay@jlab.org</a> <br> <a href="mailto:flay@temple.edu">flay@temple.edu</a><br><br>website: <a href="http://www.jlab.org/%7Eflay">http://www.jlab.org/~flay</a><br>
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