ENTRY T0166 20010711 0000T016600000001 SUBENT T0166001 20010711 0000T016600100001 BIB 14 26 T016600100002 INSTITUTE (1USAORU,1USAORE,1USAORL,1CANTMF) T016600100003 REFERENCE (J,PR/C,40,246,198907) T016600100004 AUTHOR (L.W.Swenson,Y.Y.Chen,J.Lisantii,D.K.McDaniels, T016600100005 F.E.Bertrand,D.J.Horen,E.E.Gross,C.Glover,R.O.Sayer, T016600100006 B.L.Burks,O.Hausser,K.Hicks,M.J.Iqbal) T016600100007 TITLE Different continuum approaches to giant resonances in T016600100008 208Pb with 400-MeV protons T016600100009 FACILITY (MESON,1CANTMF) T016600100010 INC-SPECT Energy resolution given for 50 mg/cm**2 lead target. T016600100011 SAMPLE 50 mg/cm**2 Pb target. T016600100012 METHOD (SITA) T016600100013 DETECTOR (MAGSP) Medium Resolution Spectrometer (MRS). T016600100014 ANALYSIS (MLA) Multipole decomposition of the giant resonance T016600100015 region. Background was assumed as gaussian plus T016600100016 polinomial approach. T016600100017 REL-REF (R,,D.A.HUTCHEON+,J,PRL,447,315,1981) T016600100018 (R,,D.A.HUTCHEON+,J,NP/A,484,429,1988) T016600100019 Elastic Scattering Data For Pb-208 at 400 MeV. The DataT016600100020 Were Used to Check of Absolute Cross Section T016600100021 Determination. T016600100022 ADD-RES (COMP).Surface Response Model, a relativistic model. T016600100023 A phenomenological approach to the continuum. T016600100024 (P-SPC) T016600100025 STATUS (CURVE) Scanned from figues in reference by CAJAD. T016600100026 No reply from D.K. McDaniels to author proof. T016600100027 HISTORY (20010612C) SB+VM T016600100028 ENDBIB 26 0 T016600100029 COMMON 2 3 T016600100030 EN EN-RSL-FW T016600100031 MEV KEV T016600100032 400. 230. T016600100033 ENDCOMMON 3 0 T016600100034 ENDSUBENT 33 0 T016600199999 SUBENT T0166002 20010612 0000T016600200001 BIB 5 12 T016600200002 REACTION (82-PB-208(P,INL)82-PB-208,PAR,DA,,,EXP) Figures 3,8 T016600200003 MONITOR (82-PB-208(P,EL)82-PB-208,,DA) T016600200004 MONIT-REF (C0081005,Hutcheon+,J,NP/A,483,429,1988) T016600200005 ERR-ANALYS (ERR-T) Uncertainty scanned from figures. T016600200006 Data-point reader uncertainty in angle 0.08 degrees. T016600200007 COMMENT - By Authors - T016600200008 10.6 MeV energy excitation is region of isoscalar T016600200009 giant quadrupole resonance. T016600200010 12.0 MeV energy excitation is region of hexadecapole T016600200011 resonance. T016600200012 20.9 MeV energy excitation is region of isoscalar T016600200013 giant octupole resonance. T016600200014 ENDBIB 12 0 T016600200015 NOCOMMON 0 0 T016600200016 DATA 4 20 T016600200017 E-EXC ANG DATA ERR-T T016600200018 MEV ADEG MB/SR PER-CENT T016600200019 10.6 6.13 24. 29. T016600200020 10.6 8.13 12. 25. T016600200021 10.6 10.09 4.9 30. T016600200022 10.6 12.09 4.8 29. T016600200023 10.6 14.21 1.8 28. T016600200024 12.0 5.94 2.8 29. T016600200025 12.0 8.01 4.4 27. T016600200026 12.0 10.02 5.7 28. T016600200027 12.0 11.92 2.9 28. T016600200028 12.0 13.93 2.9 28. T016600200029 18.0 5.92 0.8 50. T016600200030 18.0 8.04 2.7 26. T016600200031 18.0 10.00 4.1 27. T016600200032 18.0 12.00 3.0 27. T016600200033 18.0 13.96 1.7 24. T016600200034 20.9 5.92 3.5 29. T016600200035 20.9 7.98 4.0 30. T016600200036 20.9 9.99 0.77 30. T016600200037 20.9 12.07 2.0 30. T016600200038 20.9 13.91 2.0 30. T016600200039 ENDDATA 22 0 T016600200040 ENDSUBENT 39 0 T016600299999 ENDENTRY 2 0 T016699999999