|
| /*===================================================================*/
/* NRDF D1274 Data No.9 */
/*===================================================================*/
/* Bibliography */
/*===================================================================*/
\\BIB,9;
D#=D1274;
TITLE=/A STUDY OF THE K0S K0S SYSTEM IN THE REACTION KN P -> K0S K0S
LAMBDA AT 11 GEV/C/;
ATH=(D.ASTON'1',N.AWAJI'2',T.BIENZ'1',F.BIRD'1',J.D'AMORE'3',
W.DUNWOODIE'1',R.ENDORF'3',K.FUJII'2',H.HAYASHI'2',S.IWATA'2',
W.B.JOHNSON'1',R.KAJIKAWA'2',P.KUNZ'1',D.W.G.S.LEITH'1',
L.LEVINSON'1',T.MATSUI'2',B.T.MEADOWS'3',A.MIYAMOTO'2',
M.NUSSBAUM'3',H.OZAKI'2',C.O.PAK'2',B.N.RATCLIFF'1',D.SCHULTZ'1',
S.SHAPIRO'1',T.SHIMOMURA'2',P.K.SINERVO'1',A.SUGIYAMA'2',
S.SUZUKI'2',G.TARNOPOLSKY'1',T.TAUCHI'2',N.TOGE'1',K.UKAI'4',
A.WAITE'1',S.WILLIAMS'1');
INST-ATH=(1USASTF'1',2JPNNAG'2',1USAUCN'3',2JPNINS'4');
REF=NP/B;
VLP=301(1988)525;
RCTS=(P(KN,K0,K0)X)'51';
PHQS=(ENGY-SPEC,XSECTN);
/*===================================================================*/
/* Experimental Conditions */
/*===================================================================*/
\\EXP,9;
RCT=P(KN,K0,K0)X'51';
CHM=H2;
PHYS-FORM=LIQD;
ACC=(SYN);
INST-ACC=1USASTF;
INC-ENGY-LAB=(11GEV/C);
DET-PARTCL=(K0);
DET-SYS=(MAG+PLST-SCT+SPK+MWPC+PROP-CNTR);
PHQ=(ENGY-SPEC,XSECTN);
/*===================================================================*/
/* Descriptive Parameters */
/*===================================================================*/
\\DATA,9;
INC-MOM-LAB=11GEV/C;
/*FIG.5-A*/
/* D1274 FIG.5-(A) */
/* FOLLOWING DATA ARE TAKEN FROM GRAPH */
/*===================================================================*/
/* Data Table */
/*===================================================================*/
\DATA;
DATA11'41' DATA14'44' DELTA-DATA14'44'
(GEV/C**2) (UB/0.05GEV/C**2) (UB/0.05GEV/C**2)
1.025 6.699E-03 +2.451E-03-2.778E-03
1.073 1.144E-03 +1.144E-03-1.307E-03
1.129 6.536E-04 +1.797E-03-8.170E-04
1.177 1.961E-03 +1.797E-03-1.307E-03
1.227 3.922E-03 +2.124E-03-1.634E-03
1.275 8.660E-03 +3.105E-03-2.451E-03
1.328 8.660E-03 +3.105E-03-2.614E-03
1.382 4.248E-03 +2.451E-03-1.634E-03
1.429 1.601E-02 +4.248E-03-3.431E-03
1.489 4.493E-02 +6.699E-03-6.536E-03
1.546 9.510E-02 +1.258E-02-9.641E-03
1.584 4.886E-02 +7.190E-03-6.699E-03
1.631 3.317E-02 +5.882E-03-5.556E-03
1.679 1.781E-02 +4.575E-03-4.412E-03
1.729 7.190E-03 +2.614E-03-2.451E-03
1.783 1.078E-02 +3.758E-03-3.268E-03
1.830 6.209E-03 +2.778E-03-2.778E-03
1.881 3.758E-03 +1.634E-03-1.797E-03
1.928 6.863E-03 +2.778E-03-2.614E-03
1.985 3.595E-03 +2.451E-03-1.307E-03
2.035 8.007E-03 +3.595E-03-2.288E-03
2.086 8.170E-03 +2.941E-03-2.778E-03
2.133 1.536E-02 +3.922E-03-3.595E-03
2.177 4.575E-03 +2.124E-03-1.797E-03
2.234 1.422E-02 +4.248E-03-3.758E-03
2.282 3.922E-03 +2.614E-03-1.797E-03
2.329 1.797E-03 +1.471E-03-1.307E-03
2.383 8.987E-03 +3.431E-03-2.451E-03
2.436 4.248E-03 +2.124E-03-1.634E-03
2.480 9.804E-04 +1.307E-03-1.144E-03
2.531 5.392E-03 +2.614E-03-2.288E-03
2.588 6.209E-03 +2.288E-03-2.124E-03
2.638 9.804E-04 +1.471E-03-1.144E-03
2.682 1.307E-03 +9.804E-04-1.307E-03
2.733 4.575E-03 +2.941E-03-1.961E-03
2.787 7.026E-03 +3.268E-03-2.778E-03
2.837 6.699E-03 +3.105E-03-2.614E-03
2.884 2.451E-03 +1.961E-03-1.307E-03
2.935 2.614E-03 +2.124E-03-1.634E-03
2.979 2.778E-03 +1.961E-03-1.471E-03
3.030 2.941E-03 +1.961E-03-1.634E-03
3.083 6.536E-04 +1.307E-03-1.471E-03
3.131 1.797E-03 +1.634E-03-1.307E-03
3.181 -1.634E-04 +1.307E-03-1.307E-03
3.232 2.288E-03 +1.961E-03-1.797E-03
3.282 0.000E+00 +1.144E-03-1.144E-03
3.326 9.804E-04 +1.471E-03-1.307E-03
3.380 9.804E-04 +1.144E-03-1.307E-03
3.427 -3.268E-04 +1.471E-03-9.804E-04
3.481 2.288E-03 +1.797E-03-1.797E-03
\END;
/*===================================================================*/
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