ENTRY D5116 20160524 D105D511600000001 SUBENT D5116001 20160524 D105D511600100001 BIB 11 31 D511600100002 TITLE On the possibility of using deuteron-disintegration D511600100003 reactions to investigate nuclear surfaces D511600100004 AUTHOR (O.F.Nemets,V.M.Pugach,M.V.Sokolov,B.G.Struzhko) D511600100005 INSTITUTE (4UKRIFU) D511600100006 REFERENCE (J,IZV,34,1714,1970) D511600100007 (J,BAS,34,1523,1971) Eng.trans.of J,IZV,34,1714,1970 D511600100008 #NSR 1970NE16 D511600100009 (J,UFZ,16,401,1971) D511600100010 (J,UPJ,16,483,1971) Eng.trans.of J,UFZ,16,401,1971. D511600100011 Russian translation is also available (#NSR 1971NE07).D511600100012 FACILITY (ISOCY,4UKRIFU)Isochronous cyclotron U-120 D511600100013 ERR-ANALYS (DATA-ERR) No information on sources of uncertainties D511600100014 METHOD (EXTB,EDE) D511600100015 (COINC) Neutron and proton were detected in coincidenceD511600100016 SAMPLE The natural targets were prepared by rolling metal D511600100017 foils to the required thickness. The isotopic targets D511600100018 were obtained by electrolytic deposition from enriched D511600100019 specimens and annealing for two hours at 800 degrees D511600100020 centigrade in vacuum to reduce the hydrogen content. D511600100021 DETECTOR (SCIN) Protons were recorded by a stilbene crystal of D511600100022 diameter 10 mm, height 1.2 mm and by a photomultiplier D511600100023 FEU-13. The neutron detector (also a stilbene crystal D511600100024 of diameter 50 mm and height 50 mm and an FEU-13 was D511600100025 shifted to the plane of the incident beam and the D511600100026 proton detector was placed at a distance of 70 cm from D511600100027 the target. D511600100028 COMMENT The cross section were normalized with an error of D511600100029 +-5% for 58Ni and 64Ni and +-10% for 62Ni and 63Cu. TheD511600100030 disintegration cross sections for 60Ni relative to D511600100031 natural copper were normalized with an error of +-10%. D511600100032 HISTORY (20160523C) UKRNDC D511600100033 ENDBIB 31 0 D511600100034 COMMON 1 3 D511600100035 EN D511600100036 MEV D511600100037 13.6 D511600100038 ENDCOMMON 3 0 D511600100039 ENDSUBENT 38 0 D511600199999 SUBENT D5116002 20160316 D105D511600200001 BIB 2 7 D511600200002 REACTION (28-NI-60(D,N+P)28-NI-60,PAR,DA/DA,N/P) D511600200003 ANG1 is angle between incident d and outgoing n D511600200004 ANG2 is angle between incident d and outgoing p D511600200005 STATUS (CURVE) Correspond to Fig. 1 in J,BAS,34,1523,1971 and D511600200006 to Fig. 5a in J,UFZ,16,483,1971 (white circles) given D511600200007 in relative units. Data were digitized using Fig. 1 in D511600200008 J,BAS,34,1523,1971. D511600200009 ENDBIB 7 0 D511600200010 COMMON 2 3 D511600200011 ANG2 E-LVL D511600200012 ADEG MEV D511600200013 30. 0. D511600200014 ENDCOMMON 3 0 D511600200015 DATA 3 10 D511600200016 ANG1 DATA DATA-ERR D511600200017 ADEG MB/SR2 MB/SR2 D511600200018 -50.0 4.068 0.468 D511600200019 -40.0 5.330 0.521 D511600200020 -30.0 10.780 0.651 D511600200021 -25.0 12.075 0.807 D511600200022 -20.0 11.341 0.937 D511600200023 -15.0 15.730 1.249 D511600200024 -10.0 11.665 1.145 D511600200025 -5.0 10.176 1.171 D511600200026 5.0 5.948 0.832 D511600200027 10.0 4.978 1.093 D511600200028 ENDDATA 12 0 D511600200029 ENDSUBENT 28 0 D511600299999 SUBENT D5116003 20160316 D105D511600300001 BIB 2 6 D511600300002 REACTION (29-CU-0(D,N+P)29-CU-0,PAR,DA/DA,N/P) D511600300003 ANG1 is angle between incident d and outgoing n D511600300004 ANG2 is angle between incident d and outgoing p D511600300005 STATUS (CURVE) Correspond to Fig. 1 in J,BAS,34,1523,1971 and D511600300006 to Fig. 5a in J,UFZ,16,483,1971 (black circles) given D511600300007 in relative units D511600300008 ENDBIB 6 0 D511600300009 COMMON 2 3 D511600300010 ANG2 E-LVL D511600300011 ADEG MEV D511600300012 30. 0. D511600300013 ENDCOMMON 3 0 D511600300014 DATA 3 10 D511600300015 ANG1 DATA DATA-ERR D511600300016 ADEG MB/SR2 MB/SR2 D511600300017 -50.0 2.403 0.442 D511600300018 -40.0 4.159 0.624 D511600300019 -30.0 8.959 0.807 D511600300020 -25.0 9.993 0.937 D511600300021 -20.0 11.625 0.989 D511600300022 -15.0 7.977 0.989 D511600300023 -10.0 6.384 1.067 D511600300024 -5.0 5.415 0.937 D511600300025 5.0 7.327 0.988 D511600300026 10. 4.172 1.250 D511600300027 ENDDATA 12 0 D511600300028 ENDSUBENT 27 0 D511600399999 SUBENT D5116004 20160316 D105D511600400001 BIB 2 5 D511600400002 REACTION (28-NI-58(D,N+P)28-NI-58,PAR,DA/DA,N/P) D511600400003 ANG1 is angle between incident d and outgoing n D511600400004 ANG2 is angle between incident d and outgoing p D511600400005 STATUS (CURVE)Correspond to Fig. 2a in J,BAS,34,1523,1971 and D511600400006 to Fig. 3a in J,UFZ,16,483,1971 (black circles) D511600400007 ENDBIB 5 0 D511600400008 COMMON 2 3 D511600400009 ANG2 E-LVL D511600400010 ADEG MEV D511600400011 40. 0. D511600400012 ENDCOMMON 3 0 D511600400013 DATA 3 17 D511600400014 ANG1 DATA DATA-ERR D511600400015 ADEG MB/SR2 MB/SR2 D511600400016 -80.0 1.550 0.383 D511600400017 -70.0 1.334 0.361 D511600400018 -60.0 1.777 0.361 D511600400019 -45.0 4.963 0.489 D511600400020 -40.0 7.131 0.532 D511600400021 -35.0 7.044 0.425 D511600400022 -30.0 9.127 0.425 D511600400023 -25.0 8.083 0.638 D511600400024 -20.0 9.166 0.617 D511600400025 -15.0 6.760 0.660 D511600400026 -10.0 7.972 0.936 D511600400027 -8.9 8.375 0.553 D511600400028 -3.6 9.544 0.510 D511600400029 6.2 6.625 0.617 D511600400030 20.0 3.684 0.468 D511600400031 30.0 2.128 0.319 D511600400032 40.0 1.346 0.368 D511600400033 ENDDATA 19 0 D511600400034 ENDSUBENT 33 0 D511600499999 SUBENT D5116005 20160524 D105D511600500001 BIB 2 6 D511600500002 REACTION (28-NI-58(D,N+P)28-NI-58,,DA/DA,N/P) D511600500003 ANG1 is angle between incident d and outgoing n D511600500004 ANG2 is angle between incident d and outgoing p D511600500005 STATUS (CURVE) Correspond to Fig. 3a in J,UFZ,16,483,1971 D511600500006 (white circles) D511600500007 (DEP,D5116018) Triple differential cross sections givenD511600500008 ENDBIB 6 0 D511600500009 COMMON 1 3 D511600500010 ANG2 D511600500011 ADEG D511600500012 40.0 D511600500013 ENDCOMMON 3 0 D511600500014 DATA 3 17 D511600500015 ANG1 DATA DATA-ERR D511600500016 ADEG MB/SR2 MB/SR2 D511600500017 -80.0 3.061 0.512 D511600500018 -70.0 3.226 0.448 D511600500019 -60.0 2.943 0.470 D511600500020 -45.0 6.243 0.577 D511600500021 -40.0 9.763 0.662 D511600500022 -35.0 10.422 0.598 D511600500023 -30.0 11.934 0.641 D511600500024 -25.0 11.462 0.705 D511600500025 -20.0 12.206 0.768 D511600500026 -15.0 10.986 0.833 D511600500027 -10.0 11.368 1.516 D511600500028 -8.6 12.499 0.811 D511600500029 -3.5 13.264 0.598 D511600500030 6.2 10.547 0.811 D511600500031 20.0 7.121 0.598 D511600500032 30.0 4.126 0.491 D511600500033 40.0 3.757 0.555 D511600500034 ENDDATA 19 0 D511600500035 ENDSUBENT 34 0 D511600599999 SUBENT D5116006 20160524 D105D511600600001 BIB 2 5 D511600600002 REACTION (28-NI-64(D,N+P)28-NI-64,PAR,DA/DA,N/P) D511600600003 ANG1 is angle between incident d and outgoing n D511600600004 ANG2 is angle between incident d and outgoing p D511600600005 STATUS (CURVE) Correspond to Fig. 2a in J,BAS,34,1523,1971 andD511600600006 to Fig. 3b in J,UFZ,16,483,1971 (black circles) D511600600007 ENDBIB 5 0 D511600600008 COMMON 2 3 D511600600009 ANG2 E-LVL D511600600010 ADEG MEV D511600600011 40. 0. D511600600012 ENDCOMMON 3 0 D511600600013 DATA 3 16 D511600600014 ANG1 DATA DATA-ERR D511600600015 ADEG MB/SR2 MB/SR2 D511600600016 -80.0 1.177 0.517 D511600600017 -70.0 1.236 0.453 D511600600018 -60.0 1.532 0.367 D511600600019 -50.0 3.465 0.366 D511600600020 -40.0 6.239 0.474 D511600600021 -35.0 7.356 0.539 D511600600022 -30.0 7.720 0.452 D511600600023 -25.0 6.403 0.582 D511600600024 -20.0 5.108 0.517 D511600600025 -15.0 3.791 0.582 D511600600026 -10.0 5.383 0.495 D511600600027 -5.0 7.060 0.560 D511600600028 5.0 4.707 0.862 D511600600029 20.0 2.825 0.538 D511600600030 30.0 1.785 0.388 D511600600031 40.0 1.715 0.301 D511600600032 ENDDATA 18 0 D511600600033 ENDSUBENT 32 0 D511600699999 SUBENT D5116007 20160524 D105D511600700001 BIB 2 6 D511600700002 REACTION (28-NI-64(D,N+P)28-NI-64,,DA/DA,N/P) D511600700003 ANG1 is angle between incident d and outgoing n D511600700004 ANG2 is angle between incident d and outgoing p D511600700005 STATUS (CURVE) Correspond to Fig. 3b in J,UFZ,16,483,1971 D511600700006 (white circles) D511600700007 (DEP,D5116019) Triple differential cross sections givenD511600700008 ENDBIB 6 0 D511600700009 COMMON 1 3 D511600700010 ANG2 D511600700011 ADEG D511600700012 40. D511600700013 ENDCOMMON 3 0 D511600700014 DATA 3 15 D511600700015 ANG1 DATA DATA-ERR D511600700016 ADEG MB/SR2 MB/SR2 D511600700017 -80.0 2.814 0.603 D511600700018 -70.0 1.947 0.430 D511600700019 -60.0 2.695 0.409 D511600700020 -50.0 3.961 0.452 D511600700021 -40.0 7.984 0.582 D511600700022 -35.0 9.747 0.603 D511600700023 -30.0 9.658 0.517 D511600700024 -25.0 8.988 0.582 D511600700025 -20.0 6.767 0.603 D511600700026 -15.0 5.795 0.539 D511600700027 -10.0 6.998 0.646 D511600700028 -5.0 8.611 0.539 D511600700029 5.0 9.381 1.206 D511600700030 30.0 2.733 0.496 D511600700031 40.0 3.201 0.603 D511600700032 ENDDATA 17 0 D511600700033 ENDSUBENT 32 0 D511600799999 SUBENT D5116008 20160524 D105D511600800001 BIB 2 5 D511600800002 REACTION (28-NI-62(D,N+P)28-NI-62,PAR,DA/DA,N/P) D511600800003 ANG1 is angle between incident d and outgoing n D511600800004 ANG2 is angle between incident d and outgoing p D511600800005 STATUS (CURVE) Correspond to Fig. 2b in J,BAS,34,1523,1971 andD511600800006 to Fig. 3d in J,UFZ,16,483,1971 (black circles) D511600800007 ENDBIB 5 0 D511600800008 COMMON 2 3 D511600800009 ANG2 E-LVL D511600800010 ADEG MEV D511600800011 40. 0. D511600800012 ENDCOMMON 3 0 D511600800013 DATA 3 13 D511600800014 ANG1 DATA DATA-ERR D511600800015 ADEG MB/SR2 MB/SR2 D511600800016 -55.0 1.822 0.392 D511600800017 -50.0 4.018 0.414 D511600800018 -40.0 6.406 0.458 D511600800019 -35.0 7.534 0.545 D511600800020 -29.5 8.118 0.653 D511600800021 -25.0 6.852 0.589 D511600800022 -20.0 6.521 0.544 D511600800023 -15.0 4.927 0.370 D511600800024 -10.0 6.774 0.676 D511600800025 -5.0 7.489 0.632 D511600800026 5.0 6.131 0.654 D511600800027 10.0 4.319 0.653 D511600800028 30.0 2.887 0.501 D511600800029 ENDDATA 15 0 D511600800030 ENDSUBENT 29 0 D511600899999 SUBENT D5116009 20160524 D105D511600900001 BIB 2 6 D511600900002 REACTION (28-NI-62(D,N+P)28-NI-62,,DA/DA,N/P) D511600900003 ANG1 is angle between incident d and outgoing n D511600900004 ANG2 is angle between incident d and outgoing p D511600900005 STATUS (CURVE) Correspond to Fig. 3d in J,UFZ,16,483,1971 D511600900006 (white circles) D511600900007 (DEP,D5116024) Triple differential cross sections givenD511600900008 ENDBIB 6 0 D511600900009 COMMON 1 3 D511600900010 ANG2 D511600900011 ADEG D511600900012 40. D511600900013 ENDCOMMON 3 0 D511600900014 DATA 3 12 D511600900015 ANG1 DATA DATA-ERR D511600900016 ADEG MB/SR2 MB/SR2 D511600900017 -55.0 3.151 0.392 D511600900018 -50.0 5.085 0.521 D511600900019 -40.0 7.778 0.544 D511600900020 -35.0 9.734 0.587 D511600900021 -30.0 10.187 0.653 D511600900022 -25.0 9.813 0.675 D511600900023 -20.0 9.134 0.697 D511600900024 -15.0 7.562 0.631 D511600900025 -10.0 10.171 0.762 D511600900026 -5.0 9.971 0.631 D511600900027 5.0 7.567 0.654 D511600900028 10.5 6.627 0.763 D511600900029 ENDDATA 14 0 D511600900030 ENDSUBENT 29 0 D511600999999 SUBENT D5116010 20160524 D105D511601000001 BIB 2 5 D511601000002 REACTION (28-NI-61(D,N+P)28-NI-61,PAR,DA/DA,N/P) D511601000003 ANG1 is angle between incident d and outgoing n D511601000004 ANG2 is angle between incident d and outgoing p D511601000005 STATUS (CURVE) Correspond to Fig. 3c in J,UFZ,16,483,1971 D511601000006 (black circles) D511601000007 ENDBIB 5 0 D511601000008 COMMON 2 3 D511601000009 ANG2 E-LVL D511601000010 ADEG MEV D511601000011 40. 0. D511601000012 ENDCOMMON 3 0 D511601000013 DATA 3 12 D511601000014 ANG1 DATA DATA-ERR D511601000015 ADEG MB/SR2 MB/SR2 D511601000016 -50.0 3.544 0.476 D511601000017 -45.0 5.423 0.762 D511601000018 -40.0 6.897 0.476 D511601000019 -35.0 8.395 0.643 D511601000020 -30.0 9.607 0.643 D511601000021 -25.0 9.105 0.905 D511601000022 -20.0 7.365 0.762 D511601000023 -15.0 6.911 0.786 D511601000024 -10.0 6.647 0.857 D511601000025 -5.0 9.645 0.952 D511601000026 0.0 12.476 1.452 D511601000027 10.0 4.710 1.143 D511601000028 ENDDATA 14 0 D511601000029 ENDSUBENT 28 0 D511601099999 SUBENT D5116011 20160524 D105D511601100001 BIB 2 5 D511601100002 REACTION (28-NI-61(D,N+P)28-NI-61,,DA/DA,N/P) D511601100003 ANG1 is angle between incident d and outgoing n D511601100004 ANG2 is angle between incident d and outgoing p D511601100005 STATUS (CURVE) Correspond to Fig. 3c in J,UFZ,16,483,1971 D511601100006 (white circles) D511601100007 ENDBIB 5 0 D511601100008 COMMON 1 3 D511601100009 ANG2 D511601100010 ADEG D511601100011 40.0 D511601100012 ENDCOMMON 3 0 D511601100013 DATA 3 8 D511601100014 ANG1 DATA DATA-ERR D511601100015 ADEG MB/SR2 MB/SR2 D511601100016 -40.0 10.016 0.714 D511601100017 -35.0 9.538 0.786 D511601100018 -30.0 12.369 0.857 D511601100019 -25.0 13.057 1.071 D511601100020 -20.0 12.722 0.881 D511601100021 -15.0 10.196 0.762 D511601100022 -10.0 11.932 1.024 D511601100023 -5.0 11.835 1.023 D511601100024 ENDDATA 10 0 D511601100025 ENDSUBENT 24 0 D511601199999 SUBENT D5116012 20160524 D105D511601200001 BIB 2 4 D511601200002 REACTION (29-CU-63(D,N+P)29-CU-63,PAR,DA/DA,N/P) D511601200003 ANG1 is angle between incident d and outgoing n D511601200004 ANG2 is angle between incident d and outgoing p D511601200005 STATUS (CURVE) Correspond to Fig. 2b in J,BAS,34,1523,1971. D511601200006 ENDBIB 4 0 D511601200007 COMMON 2 3 D511601200008 ANG2 E-LVL D511601200009 ADEG MEV D511601200010 40. 0. D511601200011 ENDCOMMON 3 0 D511601200012 DATA 3 9 D511601200013 ANG1 DATA DATA-ERR D511601200014 ADEG MB/SR2 MB/SR2 D511601200015 -55.0 2.361 0.429 D511601200016 -40.0 4.991 0.501 D511601200017 -35.0 5.546 0.537 D511601200018 -30.0 6.995 0.608 D511601200019 -25.0 6.673 0.644 D511601200020 -20.0 4.705 0.626 D511601200021 -15.0 5.438 0.608 D511601200022 -10.0 7.335 0.912 D511601200023 -5.0 8.211 0.823 D511601200024 ENDDATA 11 0 D511601200025 ENDSUBENT 24 0 D511601299999 SUBENT D5116013 20160524 D105D511601300001 BIB 2 5 D511601300002 REACTION (13-AL-27(D,N+P)13-AL-27,PAR,DA/DA,N/P) D511601300003 ANG1 is angle between incident d and outgoing n D511601300004 ANG2 is angle between incident d and outgoing p D511601300005 STATUS (CURVE) Correspond to Fig. 4a in J,UFZ,16,483,1971 D511601300006 (black circles) D511601300007 ENDBIB 5 0 D511601300008 COMMON 2 3 D511601300009 ANG2 E-LVL D511601300010 ADEG MEV D511601300011 40. 0. D511601300012 ENDCOMMON 3 0 D511601300013 DATA 3 14 D511601300014 ANG1 DATA DATA-ERR D511601300015 ADEG MB/SR2 MB/SR2 D511601300016 -60.0 1.125 0.370 D511601300017 -50.0 1.481 0.390 D511601300018 -40.0 2.071 0.370 D511601300019 -30.0 3.089 0.526 D511601300020 -25.0 3.384 0.507 D511601300021 -20.0 3.055 0.467 D511601300022 -15.0 4.851 0.507 D511601300023 -10.0 7.348 0.526 D511601300024 -5.0 8.559 0.663 D511601300025 -0.0 7.938 0.682 D511601300026 5.0 5.835 0.682 D511601300027 10.0 3.791 0.721 D511601300028 20.0 2.626 0.527 D511601300029 30.0 1.657 0.565 D511601300030 ENDDATA 16 0 D511601300031 ENDSUBENT 30 0 D511601399999 SUBENT D5116014 20160524 D105D511601400001 BIB 2 5 D511601400002 REACTION (13-AL-27(D,N+P)13-AL-27,,DA/DA,N/P) D511601400003 ANG1 is angle between incident d and outgoing n D511601400004 ANG2 is angle between incident d and outgoing p D511601400005 STATUS (CURVE) Correspond to Fig. 4a in J,UFZ,16,483,1971 D511601400006 (white circles) D511601400007 ENDBIB 5 0 D511601400008 COMMON 1 3 D511601400009 ANG2 D511601400010 ADEG D511601400011 40. D511601400012 ENDCOMMON 3 0 D511601400013 DATA 3 3 D511601400014 ANG1 DATA DATA-ERR D511601400015 ADEG MB/SR2 MB/SR2 D511601400016 -10.0 10.848 1.011 D511601400017 -5.0 10.579 1.089 D511601400018 5.0 8.173 0.915 D511601400019 ENDDATA 5 0 D511601400020 ENDSUBENT 19 0 D511601499999 SUBENT D5116015 20160524 D105D511601500001 BIB 2 5 D511601500002 REACTION (47-AG-0(D,N+P)47-AG-0,PAR,DA/DA,N/P) D511601500003 ANG1 is angle between incident d and outgoing n D511601500004 ANG2 is angle between incident d and outgoing p D511601500005 STATUS (CURVE) Correspond to Fig. 4b in J,UFZ,16,483,1971 D511601500006 (black circles) D511601500007 ENDBIB 5 0 D511601500008 COMMON 2 3 D511601500009 ANG2 E-LVL D511601500010 ADEG MEV D511601500011 40. 0. D511601500012 ENDCOMMON 3 0 D511601500013 DATA 3 11 D511601500014 ANG1 DATA DATA-ERR D511601500015 ADEG MB/SR2 MB/SR2 D511601500016 -40.0 1.788 0.369 D511601500017 -30.0 2.976 0.485 D511601500018 -20.0 4.629 0.660 D511601500019 -10.0 9.720 0.757 D511601500020 -5.0 11.760 1.146 D511601500021 0.0 11.859 0.893 D511601500022 5.0 9.065 0.874 D511601500023 10.0 5.668 0.660 D511601500024 20.0 3.380 0.757 D511601500025 30.0 0.995 0.408 D511601500026 35.0 2.162 0.660 D511601500027 ENDDATA 13 0 D511601500028 ENDSUBENT 27 0 D511601599999 SUBENT D5116016 20160524 D105D511601600001 BIB 2 5 D511601600002 REACTION (47-AG-0(D,N+P)47-AG-0,,DA/DA,N/P) D511601600003 ANG1 is angle between incident d and outgoing n D511601600004 ANG2 is angle between incident d and outgoing p D511601600005 STATUS (CURVE) Correspond to Fig. 4b in J,UFZ,16,483,1971 D511601600006 (white circles) D511601600007 ENDBIB 5 0 D511601600008 COMMON 1 3 D511601600009 ANG2 D511601600010 ADEG D511601600011 40.0 D511601600012 ENDCOMMON 3 0 D511601600013 DATA 3 3 D511601600014 ANG1 DATA DATA-ERR D511601600015 ADEG MB/SR2 MB/SR2 D511601600016 -5.0 13.003 1.204 D511601600017 5.0 9.511 1.010 D511601600018 40.0 2.376 D511601600019 ENDDATA 5 0 D511601600020 ENDSUBENT 19 0 D511601699999 SUBENT D5116017 20160524 D105D511601700001 BIB 2 5 D511601700002 REACTION (79-AU-197(D,N+P)79-AU-197,PAR,DA/DA,N/P) D511601700003 ANG1 is angle between incident d and outgoing n D511601700004 ANG2 is angle between incident d and outgoing p D511601700005 STATUS (CURVE) Correspond to Fig. 4c in J,UFZ,16,483,1971 D511601700006 (black circles) D511601700007 ENDBIB 5 0 D511601700008 COMMON 2 3 D511601700009 ANG2 E-LVL D511601700010 ADEG MEV D511601700011 40. 0. D511601700012 ENDCOMMON 3 0 D511601700013 DATA 3 9 D511601700014 ANG1 DATA DATA-ERR D511601700015 ADEG MB/SR2 MB/SR2 D511601700016 -15.0 2.100 0.703 D511601700017 -5.0 8.390 1.652 D511601700018 5.0 17.036 1.406 D511601700019 10.0 13.448 1.969 D511601700020 15.0 11.443 1.336 D511601700021 20.0 13.234 1.336 D511601700022 30.0 7.747 1.020 D511601700023 35.0 7.745 1.090 D511601700024 40.0 11.083 1.160 D511601700025 ENDDATA 11 0 D511601700026 ENDSUBENT 25 0 D511601799999 SUBENT D5116018 20160524 D105D511601800001 BIB 3 5 D511601800002 REACTION (28-NI-58(D,N+P)28-NI-58,,DA/DA/DE,N/P/P) D511601800003 ANG1 is angle between incident d and outgoing n D511601800004 ANG2 is angle between incident d and outgoing p D511601800005 EN-SEC (E2,P) D511601800006 STATUS (CURVE) Correspond to Fig. 3 in J,BAS,34,1523,1971. D511601800007 ENDBIB 5 0 D511601800008 COMMON 1 3 D511601800009 ANG2 D511601800010 ADEG D511601800011 40.0 D511601800012 ENDCOMMON 3 0 D511601800013 DATA 4 105 D511601800014 ANG1 E2 DATA DATA-ERR D511601800015 ADEG MEV MB/SR2/MEV MB/SR2/MEV D511601800016 -5. 3.411 2.270 D511601800017 -5. 3.636 1.552 D511601800018 -5. 3.993 2.013 D511601800019 -5. 4.325 3.822 D511601800020 -5. 4.550 3.796 D511601800021 -5. 4.854 4.638 D511601800022 -5. 5.119 3.281 D511601800023 -5. 5.450 4.913 D511601800024 -5. 5.689 3.388 D511601800025 -5. 5.954 2.270 0.772 D511601800026 -5. 6.258 2.581 D511601800027 -5. 6.563 2.554 D511601800028 -5. 6.788 2.377 D511601800029 -5. 7.013 1.259 D511601800030 -5. 7.331 2.173 D511601800031 -5. 7.609 1.552 D511601800032 -5. 8.139 1.330 D511601800033 -5. 8.417 1.029 D511601800034 -5. 8.709 0.922 D511601800035 -5. 8.974 0.115 D511601800036 -15. 3.464 2.713 D511601800037 -15. 3.728 3.188 D511601800038 -15. 4.046 3.448 D511601800039 -15. 4.325 3.296 D511601800040 -15. 4.629 3.555 D511601800041 -15. 4.881 2.991 D511601800042 -15. 5.185 3.851 D511601800043 -15. 5.450 2.561 0.645 D511601800044 -15. 5.728 2.310 D511601800045 -15. 5.980 2.194 D511601800046 -15. 6.285 1.325 D511601800047 -15. 6.589 2.212 D511601800048 -15. 6.854 2.463 D511601800049 -15. 7.066 1.316 D511601800050 -15. 7.371 1.451 D511601800051 -15. 7.649 0.627 D511601800052 -15. 7.914 0.851 D511601800053 -15. 8.152 0.528 D511601800054 -15. 8.788 1.245 D511601800055 -15. 9.013 0.233 D511601800056 -15. 9.291 0.519 D511601800057 -20. 3.022 1.957 D511601800058 -20. 3.280 2.738 D511601800059 -20. 3.676 2.293 D511601800060 -20. 3.930 3.287 D511601800061 -20. 4.215 3.376 D511601800062 -20. 4.484 3.016 D511601800063 -20. 4.812 3.436 D511601800064 -20. 5.127 2.714 D511601800065 -20. 5.427 2.662 D511601800066 -20. 5.714 2.066 0.370 D511601800067 -20. 6.058 2.919 D511601800068 -20. 6.633 1.672 D511601800069 -20. 6.889 1.359 D511601800070 -20. 7.204 1.810 D511601800071 -20. 7.547 1.522 D511601800072 -20. 7.801 1.272 D511601800073 -20. 8.402 1.198 D511601800074 -20. 8.729 1.067 D511601800075 -20. 9.003 0.494 D511601800076 -20. 9.284 0.142 D511601800077 -20. 9.605 0.901 D511601800078 -30. 2.969 1.365 D511601800079 -30. 3.276 1.179 D511601800080 -30. 3.625 2.038 D511601800081 -30. 3.863 1.637 D511601800082 -30. 4.223 1.737 D511601800083 -30. 4.435 1.787 D511601800084 -30. 4.751 2.075 0.293 D511601800085 -30. 5.105 1.985 D511601800086 -30. 5.379 1.633 D511601800087 -30. 5.670 2.735 D511601800088 -30. 5.987 2.209 D511601800089 -30. 6.377 2.183 D511601800090 -30. 6.535 2.327 D511601800091 -30. 6.850 2.283 D511601800092 -30. 7.137 2.319 D511601800093 -30. 7.461 1.967 D511601800094 -30. 7.709 2.452 D511601800095 -30. 8.007 1.737 D511601800096 -30. 8.375 1.567 D511601800097 -30. 8.610 1.681 D511601800098 -30. 8.916 1.511 D511601800099 -30. 9.199 0.874 D511601800100 -40. 2.984 1.168 D511601800101 -40. 3.286 0.995 D511601800102 -40. 3.606 1.538 D511601800103 -40. 3.935 1.401 D511601800104 -40. 4.442 1.290 D511601800105 -40. 4.759 0.716 D511601800106 -40. 5.131 2.255 D511601800107 -40. 5.401 1.008 D511601800108 -40. 5.710 0.979 D511601800109 -40. 5.991 0.993 D511601800110 -40. 6.285 0.724 D511601800111 -40. 6.551 1.729 0.523 D511601800112 -40. 6.857 1.292 D511601800113 -40. 7.491 2.173 D511601800114 -40. 7.772 2.156 D511601800115 -40. 8.020 1.137 D511601800116 -40. 8.355 1.974 D511601800117 -40. 8.645 1.957 D511601800118 -40. 8.897 0.661 D511601800119 -40. 9.209 1.162 D511601800120 -40. 9.517 0.539 D511601800121 ENDDATA 107 0 D511601800122 ENDSUBENT 121 0 D511601899999 SUBENT D5116019 20160524 D105D511601900001 BIB 3 5 D511601900002 REACTION (28-NI-64(D,N+P)28-NI-64,,DA/DA/DE,N/P/P) D511601900003 ANG1 is angle between incident d and outgoing n D511601900004 ANG2 is angle between incident d and outgoing p D511601900005 EN-SEC (E2,P) D511601900006 STATUS (CURVE) Correspond to Fig. 3 in J,BAS,34,1523,1971. D511601900007 ENDBIB 5 0 D511601900008 COMMON 1 3 D511601900009 ANG2 D511601900010 ADEG D511601900011 40.0 D511601900012 ENDCOMMON 3 0 D511601900013 DATA 4 111 D511601900014 ANG1 E2 DATA DATA-ERR D511601900015 ADEG MEV MB/SR2/MEV MB/SR2/MEV D511601900016 -5. 2.992 0.865 D511601900017 -5. 3.262 0.866 D511601900018 -5. 3.671 1.064 D511601900019 -5. 3.971 1.004 D511601900020 -5. 4.278 1.370 D511601900021 -5. 4.493 1.265 D511601900022 -5. 4.851 2.040 D511601900023 -5. 5.159 1.375 D511601900024 -5. 5.466 1.804 D511601900025 -5. 5.756 1.432 D511601900026 -5. 6.098 1.372 D511601900027 -5. 6.409 2.378 D511601900028 -5. 6.653 2.264 0.569 D511601900029 -5. 6.943 0.941 D511601900030 -5. 7.229 0.863 D511601900031 -5. 7.547 1.425 D511601900032 -5. 7.842 1.693 D511601900033 -5. 8.094 0.966 D511601900034 -5. 8.387 1.368 D511601900035 -5. 8.741 1.432 D511601900036 -5. 9.013 0.385 D511601900037 -5. 9.310 0.466 D511601900038 -20. 3.038 0.900 D511601900039 -20. 3.312 0.901 D511601900040 -20. 3.684 1.053 D511601900041 -20. 3.982 1.070 D511601900042 -20. 4.242 1.197 0.331 D511601900043 -20. 4.524 1.569 D511601900044 -20. 4.834 1.681 D511601900045 -20. 5.164 1.186 D511601900046 -20. 5.439 1.093 D511601900047 -20. 5.773 1.197 D511601900048 -20. 6.062 0.978 D511601900049 -20. 6.369 1.318 D511601900050 -20. 6.642 1.422 D511601900051 -20. 6.859 0.974 D511601900052 -20. 7.218 1.181 D511601900053 -20. 7.529 0.151 D511601900054 -20. 7.794 0.900 D511601900055 -20. 8.058 0.681 D511601900056 -20. 8.381 0.690 D511601900057 -20. 8.748 1.212 D511601900058 -20. 9.042 0.583 D511601900059 -20. 9.290 0.726 D511601900060 -20. 9.589 0.681 D511601900061 -30. 3.000 0.982 D511601900062 -30. 3.259 0.402 D511601900063 -30. 3.619 0.762 D511601900064 -30. 3.938 0.405 D511601900065 -30. 4.218 1.140 D511601900066 -30. 4.486 0.831 D511601900067 -30. 4.833 1.279 D511601900068 -30. 5.147 1.288 0.263 D511601900069 -30. 5.409 1.473 D511601900070 -30. 5.698 1.482 D511601900071 -30. 6.032 1.946 D511601900072 -30. 6.282 2.067 D511601900073 -30. 6.583 2.148 D511601900074 -30. 6.885 2.102 D511601900075 -30. 7.183 2.430 D511601900076 -30. 7.496 2.535 D511601900077 -30. 7.784 1.644 D511601900078 -30. 8.094 2.036 D511601900079 -30. 8.375 1.655 D511601900080 -30. 8.719 1.362 D511601900081 -30. 8.979 0.646 D511601900082 -30. 9.288 1.094 D511601900083 -30. 9.568 0.808 D511601900084 -35. 2.984 0.310 D511601900085 -35. 3.295 0.564 D511601900086 -35. 3.604 0.984 D511601900087 -35. 3.945 0.717 D511601900088 -35. 4.185 0.465 D511601900089 -35. 4.462 0.395 D511601900090 -35. 4.771 0.768 D511601900091 -35. 5.131 1.085 D511601900092 -35. 5.420 0.968 D511601900093 -35. 5.699 1.918 D511601900094 -35. 6.017 1.476 D511601900095 -35. 6.315 1.730 0.348 D511601900096 -35. 6.599 2.135 D511601900097 -35. 6.874 2.175 D511601900098 -35. 7.165 1.884 D511601900099 -35. 7.504 1.790 D511601900100 -35. 7.752 2.021 D511601900101 -35. 8.033 1.547 D511601900102 -35. 8.342 1.960 D511601900103 -35. 8.672 1.487 D511601900104 -35. 8.946 1.677 D511601900105 -35. 9.223 1.552 D511601900106 -35. 9.541 1.063 D511601900107 -40. 3.258 0.363 D511601900108 -40. 3.637 0.529 D511601900109 -40. 3.920 0.588 D511601900110 -40. 4.195 0.578 D511601900111 -40. 4.485 0.768 D511601900112 -40. 4.783 0.589 D511601900113 -40. 5.122 0.779 D511601900114 -40. 5.694 1.123 D511601900115 -40. 6.016 1.683 D511601900116 -40. 6.312 0.106 D511601900117 -40. 6.560 1.481 D511601900118 -40. 6.842 1.589 0.464 D511601900119 -40. 7.092 1.830 D511601900120 -40. 7.456 1.782 D511601900121 -40. 7.718 1.910 D511601900122 -40. 7.986 1.260 D511601900123 -40. 8.337 1.846 D511601900124 -40. 8.621 2.369 D511601900125 -40. 8.920 1.079 D511601900126 -40. 9.185 1.608 D511601900127 ENDDATA 113 0 D511601900128 ENDSUBENT 127 0 D511601999999 SUBENT D5116020 20160524 D105D511602000001 BIB 2 5 D511602000002 REACTION (28-NI-60(D,N+P)28-NI-60,PAR,DA/DA,N/P,REL) D511602000003 ANG1 is angle between incident d and outgoing n D511602000004 ANG2 is angle between incident d and outgoing p D511602000005 STATUS (CURVE) Correspond to Fig. 5b in J,UFZ,16,483,1971 D511602000006 (white circles) D511602000007 ENDBIB 5 0 D511602000008 COMMON 2 3 D511602000009 ANG2 E-LVL D511602000010 ADEG MEV D511602000011 40. 0. D511602000012 ENDCOMMON 3 0 D511602000013 DATA 3 14 D511602000014 ANG1 DATA DATA-ERR D511602000015 ADEG ARB-UNITS ARB-UNITS D511602000016 -60.0 1.253 0.407 D511602000017 -50.0 2.555 D511602000018 -40.0 4.005 0.519 D511602000019 -35.0 5.536 0.592 D511602000020 -30.0 7.418 0.684 D511602000021 -25.0 6.838 0.537 D511602000022 -20.0 5.498 0.574 D511602000023 -15.0 4.565 0.444 D511602000024 -10.0 5.856 0.648 D511602000025 -5.0 7.460 0.611 D511602000026 0.0 8.139 0.981 D511602000027 5.0 6.077 0.796 D511602000028 10.0 3.275 0.611 D511602000029 20.0 2.262 0.482 D511602000030 ENDDATA 16 0 D511602000031 ENDSUBENT 30 0 D511602099999 SUBENT D5116021 20160524 D105D511602100001 BIB 2 5 D511602100002 REACTION (29-CU-0(D,N+P)29-CU-0,PAR,DA/DA,N/P,REL) D511602100003 ANG1 is angle between incident d and outgoing n D511602100004 ANG2 is angle between incident d and outgoing p D511602100005 STATUS (CURVE) Correspond to Fig. 5b in J,UFZ,16,483,1971 D511602100006 (black circles) D511602100007 ENDBIB 5 0 D511602100008 COMMON 2 3 D511602100009 ANG2 E-LVL D511602100010 ADEG MEV D511602100011 40. 0. D511602100012 ENDCOMMON 3 0 D511602100013 DATA 3 12 D511602100014 ANG1 DATA DATA-ERR D511602100015 ADEG ARB-UNITS ARB-UNITS D511602100016 -50.0 2.111 0.315 D511602100017 -40.0 4.467 D511602100018 -35.0 4.943 D511602100019 -30.0 6.029 0.464 D511602100020 -25.0 4.541 0.538 D511602100021 -20.0 4.498 0.482 D511602100022 -15.0 3.158 0.518 D511602100023 -5.0 5.293 0.574 D511602100024 0.0 6.398 0.777 D511602100025 5.0 4.743 D511602100026 10.0 2.793 D511602100027 20.0 1.244 0.370 D511602100028 ENDDATA 14 0 D511602100029 ENDSUBENT 28 0 D511602199999 SUBENT D5116022 20160524 D105D511602200001 BIB 2 4 D511602200002 REACTION (28-NI-60(D,N+P)28-NI-60,PAR,DA/DA,N/P,REL) D511602200003 ANG1 is angle between incident d and outgoing n D511602200004 ANG2 is angle between incident d and outgoing p D511602200005 STATUS (CURVE) Correspond to Fig. 5c in J,UFZ,16,483,1971 D511602200006 ENDBIB 4 0 D511602200007 COMMON 2 3 D511602200008 ANG2 E-LVL D511602200009 ADEG MEV D511602200010 50. 0. D511602200011 ENDCOMMON 3 0 D511602200012 DATA 3 13 D511602200013 ANG1 DATA DATA-ERR D511602200014 ADEG ARB-UNITS ARB-UNITS D511602200015 -60.0 1.078 0.355 D511602200016 -50.0 2.915 0.392 D511602200017 -45.0 3.955 0.579 D511602200018 -40.0 4.192 0.448 D511602200019 -35.0 4.315 0.411 D511602200020 -30.0 4.515 0.467 D511602200021 -25.0 4.508 0.580 D511602200022 -20.0 2.969 0.542 D511602200023 -15.0 3.972 0.598 D511602200024 -10.0 5.910 0.747 D511602200025 -5.0 8.277 0.841 D511602200026 0.0 9.037 0.598 D511602200027 5.0 4.732 0.654 D511602200028 ENDDATA 15 0 D511602200029 ENDSUBENT 28 0 D511602299999 SUBENT D5116023 20160524 D105D511602300001 BIB 2 4 D511602300002 REACTION (28-NI-61(D,N+P)28-NI-61,PAR,DA/DA,N/P,REL) D511602300003 ANG1 is angle between incident d and outgoing n D511602300004 ANG2 is angle between incident d and outgoing p D511602300005 STATUS (CURVE) Correspond to Fig. 5d in J,UFZ,16,483,1971 D511602300006 ENDBIB 4 0 D511602300007 COMMON 2 3 D511602300008 ANG2 E-LVL D511602300009 ADEG MEV D511602300010 50. 0. D511602300011 ENDCOMMON 3 0 D511602300012 DATA 3 14 D511602300013 ANG1 DATA DATA-ERR D511602300014 ADEG ARB-UNITS ARB-UNITS D511602300015 -60.0 1.185 0.335 D511602300016 -50.0 3.109 0.520 D511602300017 -45.0 3.420 0.465 D511602300018 -40.0 4.028 0.447 D511602300019 -35.0 3.875 0.409 D511602300020 -30.0 4.112 0.446 D511602300021 -25.0 2.955 0.558 D511602300022 -20.0 2.318 0.409 D511602300023 -15.0 3.949 0.595 D511602300024 -10.0 4.354 0.651 D511602300025 -5.0 7.286 0.762 D511602300026 0.0 7.467 0.837 D511602300027 5.0 5.083 0.725 D511602300028 10.0 2.328 0.706 D511602300029 ENDDATA 16 0 D511602300030 ENDSUBENT 29 0 D511602399999 SUBENT D5116024 20160524 D105D511602400001 BIB 3 5 D511602400002 REACTION (28-NI-62(D,N+P)28-NI-62,,DA/DA/DE,N/P/P) D511602400003 ANG1 is angle between incident d and outgoing n D511602400004 ANG2 is angle between incident d and outgoing p D511602400005 EN-SEC (E2,P) D511602400006 STATUS (CURVE) Correspond to Fig. 6 in J,UFZ,16,483,1971 D511602400007 ENDBIB 5 0 D511602400008 COMMON 1 3 D511602400009 ANG2 D511602400010 ADEG D511602400011 40. D511602400012 ENDCOMMON 3 0 D511602400013 DATA 4 162 D511602400014 ANG1 E2 DATA DATA-ERR D511602400015 ADEG MEV MB/SR2/MEV MB/SR2/MEV D511602400016 -40. 2.992 0.987 D511602400017 -40. 3.343 1.009 D511602400018 -40. 3.622 0.885 D511602400019 -40. 3.950 1.059 D511602400020 -40. 4.252 0.760 D511602400021 -40. 4.557 1.298 D511602400022 -40. 4.885 1.450 D511602400023 -40. 5.162 1.130 D511602400024 -40. 5.457 2.095 0.450 D511602400025 -40. 5.786 2.560 D511602400026 -40. 6.086 1.855 D511602400027 -40. 6.414 1.949 D511602400028 -40. 6.732 2.776 D511602400029 -40. 7.070 2.413 D511602400030 -40. 7.336 2.187 D511602400031 -40. 7.612 1.438 D511602400032 -40. 7.963 1.293 D511602400033 -40. 8.226 0.428 D511602400034 -35. 3.000 1.163 D511602400035 -35. 3.256 0.830 D511602400036 -35. 3.610 0.978 D511602400037 -35. 3.915 1.163 D511602400038 -35. 4.220 0.741 D511602400039 -35. 4.524 0.963 D511602400040 -35. 4.793 1.407 D511602400041 -35. 5.146 1.726 0.319 D511602400042 -35. 5.415 1.230 D511602400043 -35. 5.720 2.193 D511602400044 -35. 6.073 2.356 D511602400045 -35. 6.341 1.674 D511602400046 -35. 6.671 1.948 D511602400047 -35. 6.963 2.022 D511602400048 -35. 7.329 2.133 D511602400049 -35. 7.610 1.807 D511602400050 -35. 7.927 1.444 D511602400051 -35. 8.232 1.348 D511602400052 -35. 8.549 1.881 D511602400053 -35. 8.829 1.244 D511602400054 -30. 2.996 1.369 D511602400055 -30. 3.267 1.142 D511602400056 -30. 3.597 1.107 D511602400057 -30. 3.911 1.322 D511602400058 -30. 4.185 0.889 D511602400059 -30. 4.514 0.861 D511602400060 -30. 4.813 1.407 D511602400061 -30. 5.125 1.783 D511602400062 -30. 5.446 1.505 D511602400063 -30. 5.724 1.690 0.309 D511602400064 -30. 6.025 1.986 D511602400065 -30. 6.336 2.524 D511602400066 -30. 6.662 2.760 D511602400067 -30. 6.982 2.527 D511602400068 -30. 7.296 2.785 D511602400069 -30. 7.607 2.279 D511602400070 -30. 7.905 1.861 D511602400071 -30. 8.223 1.789 D511602400072 -30. 8.473 2.254 D511602400073 -30. 8.787 1.476 D511602400074 -25. 3.008 1.730 D511602400075 -25. 3.284 1.373 D511602400076 -25. 3.599 1.529 D511602400077 -25. 3.943 1.463 D511602400078 -25. 4.191 1.279 D511602400079 -25. 4.520 1.330 D511602400080 -25. 4.809 1.504 D511602400081 -25. 5.151 1.519 D511602400082 -25. 5.434 2.032 0.290 D511602400083 -25. 5.774 2.121 D511602400084 -25. 6.074 1.820 D511602400085 -25. 6.398 2.111 D511602400086 -25. 6.694 1.989 D511602400087 -25. 6.998 2.065 D511602400088 -25. 7.272 1.795 D511602400089 -25. 7.588 1.871 D511602400090 -25. 7.930 1.872 D511602400091 -25. 8.218 0.911 D511602400092 -25. 8.544 1.122 D511602400093 -25. 8.844 0.784 D511602400094 -20. 3.116 2.412 D511602400095 -20. 3.379 1.992 D511602400096 -20. 3.679 1.702 D511602400097 -20. 4.029 1.940 D511602400098 -20. 4.304 1.672 D511602400099 -20. 4.592 1.440 D511602400100 -20. 4.906 1.852 D511602400101 -20. 5.192 1.193 D511602400102 -20. 5.530 1.482 0.326 D511602400103 -20. 5.854 1.387 D511602400104 -20. 6.131 1.315 D511602400105 -20. 6.394 1.082 D511602400106 -20. 6.732 1.321 D511602400107 -20. 7.033 1.538 D511602400108 -20. 7.321 1.168 D511602400109 -20. 7.645 1.081 D511602400110 -20. 7.922 1.327 D511602400111 -20. 8.209 0.827 D511602400112 -20. 8.570 0.855 D511602400113 -20. 8.870 0.710 D511602400114 -20. 9.158 0.492 D511602400115 -15. 3.065 2.617 D511602400116 -15. 3.280 2.321 D511602400117 -15. 3.544 2.464 D511602400118 -15. 3.768 2.089 D511602400119 -15. 3.963 1.584 D511602400120 -15. 4.195 1.101 D511602400121 -15. 4.441 2.445 D511602400122 -15. 4.674 2.099 D511602400123 -15. 4.883 0.954 D511602400124 -15. 5.104 1.341 0.468 D511602400125 -15. 5.324 0.542 D511602400126 -15. 5.553 0.886 D511602400127 -15. 5.791 1.122 D511602400128 -15. 5.992 0.150 D511602400129 -15. 6.224 0.890 D511602400130 -15. 6.469 0.889 D511602400131 -15. 6.677 0.809 D511602400132 -15. 6.913 0.966 D511602400133 -15. 7.137 0.627 D511602400134 -15. 7.380 0.302 D511602400135 -15. 7.605 0.178 D511602400136 -5. 3.055 1.819 D511602400137 -5. 3.385 2.017 D511602400138 -5. 3.711 1.915 D511602400139 -5. 3.987 1.757 D511602400140 -5. 4.274 1.519 D511602400141 -5. 4.602 2.282 D511602400142 -5. 4.932 2.444 D511602400143 -5. 5.246 2.385 D511602400144 -5. 5.508 1.398 D511602400145 -5. 5.836 1.460 0.250 D511602400146 -5. 6.098 1.180 D511602400147 -5. 6.392 1.314 D511602400148 -5. 6.724 1.626 D511602400149 -5. 7.023 1.403 D511602400150 -5. 7.298 1.187 D511602400151 -5. 7.637 1.163 D511602400152 -5. 7.886 0.805 D511602400153 -5. 8.256 1.910 D511602400154 -5. 8.489 0.666 D511602400155 -5. 8.816 0.614 D511602400156 -5. 9.168 0.640 D511602400157 5. 3.060 1.847 D511602400158 5. 3.387 2.067 D511602400159 5. 3.714 2.004 D511602400160 5. 3.992 1.910 D511602400161 5. 4.246 1.265 D511602400162 5. 4.585 1.343 D511602400163 5. 4.899 1.810 D511602400164 5. 5.177 1.533 D511602400165 5. 5.480 1.533 0.187 D511602400166 5. 5.806 1.310 D511602400167 5. 6.145 1.690 D511602400168 5. 6.411 1.698 D511602400169 5. 6.702 1.593 D511602400170 5. 6.992 1.336 D511602400171 5. 7.306 1.787 D511602400172 5. 7.609 1.612 D511602400173 5. 7.887 1.429 D511602400174 5. 8.262 2.086 D511602400175 5. 8.528 1.172 D511602400176 5. 8.855 1.470 D511602400177 5. 9.181 1.612 D511602400178 ENDDATA 164 0 D511602400179 ENDSUBENT 178 0 D511602499999 ENDENTRY 24 0 D511699999999