ENTRY F0706 20050726 F022F070600000001 SUBENT F0706001 20050726 F022F070600100001 BIB 9 16 F070600100002 TITLE A study of the 14N(d,p)15N reaction at low bombarding F070600100003 energies. F070600100004 AUTHOR (A.Valek,T.Vertse,B.Schlenk,I.Hunyadi) F070600100005 INSTITUTE (3HUNDEB) F070600100006 REFERENCE (J,NP/A,270,200,1976) F070600100007 FACILITY (CCW) F070600100008 INC-SPECT Energy spread of the beam was less than 1.5 keV. F070600100009 DETECTOR (SOLST) The proton spectra were measured with an ORTEC F070600100010 SBCJ-25-500 semiconductor detector. Another F070600100011 semiconductor detector mounted on a target chamber at F070600100012 an angle of 90 degrees was used as a monitor. F070600100013 Faraday cup was connected to a current integrator. F070600100014 Proton magnetic resonance system was used for measuringF070600100015 of the deuteron beam. F070600100016 METHOD (BCINT) F070600100017 HISTORY (20050411C) F070600100018 ENDBIB 16 0 F070600100019 NOCOMMON 0 0 F070600100020 ENDSUBENT 19 0 F070600199999 SUBENT F0706002 20050726 F022F070600200001 BIB 5 18 F070600200002 REACTION (7-N-14(D,P)7-N-15,PAR,DA) F070600200003 SAMPLE Gas cell filled with air of 20 mm Hg pressure was used.F070600200004 Foils of Al2O3 of about 65 mu-g/cm2 thickness served asF070600200005 entrance and exit windows. At Ed=0.6 MeV the thickness F070600200006 of the gas target was about 5 keV. F070600200007 INC-SPECT Uncertainty in the effective bombarding energy, F070600200008 primarily due to the changes in the thickness of the F070600200009 entrance window if the targets, was 3 keV. F070600200010 ERR-ANALYS (EN-ERR-DIG) Digitizing error F070600200011 (ERR-DIG) Digitizing error F070600200012 (DATA-ERR) Error from the graphic bar. The statistical F070600200013 errors are generally smaller than the size of dots in F070600200014 the figure except some cases. F070600200015 Determination of the absolute cross section had an F070600200016 additional error of 5% to the statical one. F070600200017 The error of absolute cross sections is estimated to beF070600200018 about 8%. F070600200019 STATUS (CURVE)Fig.2 F070600200020 ENDBIB 18 0 F070600200021 COMMON 4 3 F070600200022 ANG EN-RSL EN-ERR-DIG ERR-DIG F070600200023 ADEG KEV MEV PER-CENT F070600200024 90. 6. 0.005 0.1 F070600200025 ENDCOMMON 3 0 F070600200026 DATA 5 14 F070600200027 E-LVL-MIN E-LVL-MAX EN DATA DATA-ERR F070600200028 KEV KEV MEV MU-B/SR MU-B/SR F070600200029 5270.2 5298.8 0.30916 1.5719 0.77506E-01 F070600200030 5270.2 5298.8 0.34991 3.9516 F070600200031 5270.2 5298.8 0.39280 9.6548 F070600200032 5270.2 5298.8 0.43332 17.836 F070600200033 5270.2 5298.8 0.45277 25.556 F070600200034 5270.2 5298.8 0.47386 29.925 F070600200035 5270.2 5298.8 0.49465 39.710 F070600200036 5270.2 5298.8 0.51333 46.478 F070600200037 5270.2 5298.8 0.53521 56.568 F070600200038 5270.2 5298.8 0.55709 68.849 F070600200039 5270.2 5298.8 0.57842 93.145 F070600200040 5270.2 5298.8 0.59684 107.97 F070600200041 5270.2 5298.8 0.61817 141.92 F070600200042 5270.2 5298.8 0.63791 181.17 F070600200043 ENDDATA 16 0 F070600200044 ENDSUBENT 43 0 F070600299999 SUBENT F0706003 20050726 F022F070600300001 BIB 5 18 F070600300002 REACTION (7-N-14(D,P)7-N-15,PAR,DA) F070600300003 SAMPLE Gas cell filled with air of 20 mm Hg pressure was used.F070600300004 Foils of Al2O3 of about 65 mu-g/cm2 thickness served asF070600300005 entrance and exit windows. At Ed=0.6 MeV the thickness F070600300006 of the gas target was about 5 keV. F070600300007 INC-SPECT Uncertainty in the effective bombarding energy, F070600300008 primarily due to the changes in the thickness of the F070600300009 entrance window if the targets, was 3 keV. F070600300010 ERR-ANALYS (EN-ERR-DIG) Digitizing error F070600300011 (ERR-DIG) Digitizing error F070600300012 (DATA-ERR) Error from the graphic bar. The statistical F070600300013 errors are generally smaller than the size of dots in F070600300014 the figure except some cases. F070600300015 Determination of the absolute cross section had an F070600300016 additional error of 5% to the statical one. F070600300017 The error of absolute cross sections is estimated to beF070600300018 about 8%. F070600300019 STATUS (CURVE)Fig.2 F070600300020 ENDBIB 18 0 F070600300021 COMMON 4 3 F070600300022 ANG EN-RSL EN-ERR-DIG ERR-DIG F070600300023 ADEG KEV MEV PER-CENT F070600300024 90. 6. 0.005 0.1 F070600300025 ENDCOMMON 3 0 F070600300026 DATA 4 56 F070600300027 E-LVL EN DATA DATA-ERR F070600300028 KEV MEV MU-B/SR MU-B/SR F070600300029 0.0000 0.30925 0.84082 0.67307 F070600300030 0.0000 0.34995 2.8214 F070600300031 0.0000 0.39233 5.7406 F070600300032 0.0000 0.43340 10.304 F070600300033 0.0000 0.45287 12.535 F070600300034 0.0000 0.47421 16.319 F070600300035 0.0000 0.49475 20.438 F070600300036 0.0000 0.51369 23.923 F070600300037 0.0000 0.53531 28.836 F070600300038 0.0000 0.55719 33.771 F070600300039 0.0000 0.57853 43.963 F070600300040 0.0000 0.59639 57.748 F070600300041 0.0000 0.61747 67.621 F070600300042 0.0000 0.63749 79.931 F070600300043 6323.8 0.30911 0.64841 0.58678E-01 F070600300044 6323.8 0.35011 1.8297 F070600300045 6323.8 0.39247 4.4271 F070600300046 6323.8 0.43324 9.3587 F070600300047 6323.8 0.45324 11.834 F070600300048 6323.8 0.47432 14.966 F070600300049 6323.8 0.49458 20.049 F070600300050 6323.8 0.51459 24.160 F070600300051 6323.8 0.53540 28.839 F070600300052 6323.8 0.55702 35.098 F070600300053 6323.8 0.57837 41.100 F070600300054 6323.8 0.59651 50.472 F070600300055 6323.8 0.61758 63.220 F070600300056 6323.8 0.63785 78.418 F070600300057 7155.1 0.30936 2.4953 F070600300058 7155.1 0.34984 6.3944 F070600300059 7155.1 0.39273 15.623 F070600300060 7155.1 0.43323 33.667 F070600300061 7155.1 0.45268 48.706 F070600300062 7155.1 0.47401 69.144 F070600300063 7155.1 0.49455 87.436 F070600300064 7155.1 0.51375 106.37 F070600300065 7155.1 0.53482 137.14 F070600300066 7155.1 0.55724 160.62 F070600300067 7155.1 0.57859 191.74 F070600300068 7155.1 0.59674 224.40 F070600300069 7155.1 0.61783 252.84 F070600300070 7155.1 0.63783 313.60 F070600300071 7300.8 0.30922 7.0567 F070600300072 7300.8 0.34969 18.613 F070600300073 7300.8 0.39232 44.608 F070600300074 7300.8 0.43282 96.127 F070600300075 7300.8 0.45254 132.54 F070600300076 7300.8 0.47389 164.43 F070600300077 7300.8 0.49442 222.43 F070600300078 7300.8 0.51364 245.76 F070600300079 7300.8 0.53472 293.36 F070600300080 7300.8 0.55714 343.60 F070600300081 7300.8 0.57875 414.16 F070600300082 7300.8 0.59663 489.37 F070600300083 7300.8 0.61798 562.13 F070600300084 7300.8 0.63826 664.50 F070600300085 ENDDATA 58 0 F070600300086 ENDSUBENT 85 0 F070600399999 SUBENT F0706004 20050726 F022F070600400001 BIB 5 18 F070600400002 REACTION (7-N-14(D,P)7-N-15,PAR,DA) F070600400003 SAMPLE Solid adenine (C5H5N5) target of sandwich type was F070600400004 used. A thin adenine layer was evaporated onto a nickelF070600400005 backing (about 100 mu-g/cm2), then it was covered by a F070600400006 copper layer (about 100 mu-g/cm2) to prevent the F070600400007 adenine from escaping during the bombardment. The F070600400008 thickness of the adenine was about 30 mu-g/cm2 (about F070600400009 25 keV) at Ed=0.6 MeV and was increased to 50 mu-g/cm2 F070600400010 at the lowest energy. F070600400011 ADD-RES (COMP) Results of fitting the experimental points by F070600400012 the Legendre polynomials using the method of least F070600400013 squares. F070600400014 ERR-ANALYS (ANG-ERR-D) Digitizing error F070600400015 (ERR-DIG) Digitizing error F070600400016 (DATA-ERR) Errors from graphic bar represent the errorF070600400017 of the angular distribution measurement which is less F070600400018 than 5 %. F070600400019 STATUS (CURVE)Fig.3 F070600400020 ENDBIB 18 0 F070600400021 COMMON 2 3 F070600400022 ANG-ERR-D ERR-DIG F070600400023 ADEG MU-B/SR F070600400024 0.2 0.01 F070600400025 ENDCOMMON 3 0 F070600400026 DATA 6 50 F070600400027 E-LVL-MIN E-LVL-MAX EN ANG-CM DATA-CM DATA-ERR F070600400028 KEV KEV MEV ADEG MU-B/SR MU-B/SR F070600400029 5270.2 5298.8 0.32400 21.264 1.4167 0.13114 F070600400030 5270.2 5298.8 0.32400 29.566 1.5833 0.13114 F070600400031 5270.2 5298.8 0.32400 44.911 1.7521 0.13114 F070600400032 5270.2 5298.8 0.32400 60.288 1.6586 0.13114 F070600400033 5270.2 5298.8 0.32400 74.993 1.8273 0.13114 F070600400034 5270.2 5298.8 0.32400 89.673 2.1926 0.98356E-01F070600400035 5270.2 5298.8 0.32400 105.66 2.3616 0.13114 F070600400036 5270.2 5298.8 0.32400 120.37 2.4975 0.98356E-01F070600400037 5270.2 5298.8 0.32400 135.73 2.5352 0.13114 F070600400038 5270.2 5298.8 0.32400 149.16 2.6706 0.13114 F070600400039 5270.2 5298.8 0.37400 20.565 5.5020 0.36357 F070600400040 5270.2 5298.8 0.37400 30.149 5.9646 0.36357 F070600400041 5270.2 5298.8 0.37400 46.146 6.1600 0.36357 F070600400042 5270.2 5298.8 0.37400 60.238 5.9902 0.45447 F070600400043 5270.2 5298.8 0.37400 75.584 6.4577 0.27214 F070600400044 5270.2 5298.8 0.37400 90.286 7.0156 0.36357 F070600400045 5270.2 5298.8 0.37400 104.98 7.6644 0.27268 F070600400046 5270.2 5298.8 0.37400 119.72 7.4042 0.36357 F070600400047 5270.2 5298.8 0.37400 134.43 7.7803 0.45501 F070600400048 5270.2 5298.8 0.37400 149.12 8.6108 0.36357 F070600400049 5270.2 5298.8 0.47500 21.240 22.723 2.1970 F070600400050 5270.2 5298.8 0.47500 29.555 23.636 1.7576 F070600400051 5270.2 5298.8 0.47500 44.272 24.575 2.1970 F070600400052 5270.2 5298.8 0.47500 59.606 28.153 1.7576 F070600400053 5270.2 5298.8 0.47500 73.675 29.969 1.7576 F070600400054 5270.2 5298.8 0.47500 89.665 31.792 1.7576 F070600400055 5270.2 5298.8 0.47500 104.36 35.368 2.1970 F070600400056 5270.2 5298.8 0.47500 119.08 36.307 1.7576 F070600400057 5270.2 5298.8 0.47500 133.17 35.486 2.1970 F070600400058 5270.2 5298.8 0.47500 147.89 35.546 1.7576 F070600400059 5270.2 5298.8 0.57600 21.784 68.773 3.7119 F070600400060 5270.2 5298.8 0.57600 29.467 68.841 3.7119 F070600400061 5270.2 5298.8 0.57600 44.789 79.186 4.6398 F070600400062 5270.2 5298.8 0.57600 60.778 83.040 4.6398 F070600400063 5270.2 5298.8 0.57600 75.479 88.739 3.7119 F070600400064 5270.2 5298.8 0.57600 90.848 87.948 4.6398 F070600400065 5270.2 5298.8 0.57600 106.20 90.868 4.6398 F070600400066 5270.2 5298.8 0.57600 120.93 90.999 4.6398 F070600400067 5270.2 5298.8 0.57600 135.00 92.980 4.6398 F070600400068 5270.2 5298.8 0.57600 151.00 94.051 4.6398 F070600400069 5270.2 5298.8 0.62600 22.520 134.08 10.989 F070600400070 5270.2 5298.8 0.62600 30.843 134.23 8.7908 F070600400071 5270.2 5298.8 0.62600 46.201 138.89 10.989 F070600400072 5270.2 5298.8 0.62600 60.907 152.32 10.989 F070600400073 5270.2 5298.8 0.62600 75.616 163.57 8.7908 F070600400074 5270.2 5298.8 0.62600 90.977 166.03 8.7908 F070600400075 5270.2 5298.8 0.62600 106.34 166.29 8.7908 F070600400076 5270.2 5298.8 0.62600 121.06 173.14 8.7908 F070600400077 5270.2 5298.8 0.62600 135.77 182.18 10.989 F070600400078 5270.2 5298.8 0.62600 149.19 195.60 8.7908 F070600400079 ENDDATA 52 0 F070600400080 ENDSUBENT 79 0 F070600499999 SUBENT F0706005 20050726 F022F070600500001 BIB 5 18 F070600500002 REACTION (7-N-14(D,P)7-N-15,PAR,DA) F070600500003 SAMPLE Solid adenine (C5H5N5) target of sandwich type was F070600500004 used. A thin adenine layer was evaporated onto a nickelF070600500005 backing (about 100 mu-g/cm2), then it was covered by a F070600500006 copper layer (about 100 mu-g/cm2) to prevent the F070600500007 adenine from escaping during the bombardment. The F070600500008 thickness of the adenine was about 30 mu-g/cm2 (about F070600500009 25 keV) at Ed=0.6 MeV and was increased to 50 mu-g/cm2 F070600500010 at the lowest energy. F070600500011 ADD-RES (COMP) Results of fitting the experimental points by F070600500012 the Legendre polynomials using the method of least F070600500013 squares. F070600500014 ERR-ANALYS (ANG-ERR-D) Digitizing error F070600500015 (ERR-DIG) Digitizing error F070600500016 (DATA-ERR) Errors from graphic bar represent the errorF070600500017 of the angular distribution measurement which is less F070600500018 than 5 %. F070600500019 STATUS (CURVE)Fig.3 F070600500020 ENDBIB 18 0 F070600500021 COMMON 2 3 F070600500022 ANG-ERR-D ERR-DIG F070600500023 ADEG MU-B/SR F070600500024 0.2 0.01 F070600500025 ENDCOMMON 3 0 F070600500026 DATA 5 200 F070600500027 E-LVL EN ANG-CM DATA-CM DATA-ERR F070600500028 KEV MEV ADEG MU-B/SR MU-B/SR F070600500029 0.0000 0.32400 21.895 3.6490 0.99166 F070600500030 0.0000 0.32400 30.859 3.4206 0.99166 F070600500031 0.0000 0.32400 45.616 2.7973 0.13222 F070600500032 0.0000 0.32400 61.040 1.9429 0.99166 F070600500033 0.0000 0.32400 76.395 1.6504 0.16528 F070600500034 0.0000 0.32400 91.738 1.4571 0.99166 F070600500035 0.0000 0.32400 106.42 1.4619 0.13222 F070600500036 0.0000 0.32400 121.09 1.5329 0.99166 F070600500037 0.0000 0.32400 135.74 1.8021 0.99166 F070600500038 0.0000 0.32400 151.05 1.9063 0.13222 F070600500039 0.0000 0.37400 20.071 10.380 0.35467 F070600500040 0.0000 0.37400 30.305 9.7666 0.44334 F070600500041 0.0000 0.37400 46.314 8.2698 0.35467 F070600500042 0.0000 0.37400 61.055 6.5062 0.44334 F070600500043 0.0000 0.37400 75.782 5.1859 0.44334 F070600500044 0.0000 0.37400 90.480 4.6636 0.35510 F070600500045 0.0000 0.37400 105.81 4.4964 0.35467 F070600500046 0.0000 0.37400 121.12 4.5066 0.35467 F070600500047 0.0000 0.37400 135.78 5.2257 0.35467 F070600500048 0.0000 0.37400 151.05 6.5659 0.44334 F070600500049 0.0000 0.47500 22.642 55.135 3.3055 F070600500050 0.0000 0.47500 30.321 51.879 2.6444 F070600500051 0.0000 0.47500 45.705 41.402 2.6444 F070600500052 0.0000 0.47500 61.080 32.247 2.6444 F070600500053 0.0000 0.47500 76.451 23.754 3.3055 F070600500054 0.0000 0.47500 91.806 17.904 3.3055 F070600500055 0.0000 0.47500 106.49 16.679 2.6444 F070600500056 0.0000 0.47500 121.17 18.097 2.6486 F070600500057 0.0000 0.47500 135.83 20.838 3.3055 F070600500058 0.0000 0.47500 151.12 25.566 3.3097 F070600500059 0.0000 0.57600 21.361 116.27 5.2487 F070600500060 0.0000 0.57600 30.321 108.51 5.2487 F070600500061 0.0000 0.57600 44.413 91.626 5.2566 F070600500062 0.0000 0.57600 61.062 73.461 5.2407 F070600500063 0.0000 0.57600 75.789 57.898 6.5608 F070600500064 0.0000 0.57600 91.138 47.591 5.2487 F070600500065 0.0000 0.57600 105.83 45.149 5.2487 F070600500066 0.0000 0.57600 121.14 46.652 5.2487 F070600500067 0.0000 0.57600 135.17 52.075 6.5608 F070600500068 0.0000 0.57600 150.47 58.826 3.9365 F070600500069 0.0000 0.62600 22.019 168.60 4.9586 F070600500070 0.0000 0.62600 30.339 157.14 6.6114 F070600500071 0.0000 0.62600 45.076 127.57 6.6114 F070600500072 0.0000 0.62600 60.429 109.59 8.2643 F070600500073 0.0000 0.62600 75.141 93.247 6.6114 F070600500074 0.0000 0.62600 89.844 81.864 6.6114 F070600500075 0.0000 0.62600 105.17 75.448 6.6114 F070600500076 0.0000 0.62600 119.85 77.288 6.6114 F070600500077 0.0000 0.62600 133.88 87.384 4.9586 F070600500078 0.0000 0.62600 148.55 92.530 6.6114 F070600500079 6323.8 0.32400 21.619 0.78849 0.66308 F070600500080 6323.8 0.32400 29.942 0.76274 0.66308 F070600500081 6323.8 0.32400 45.932 0.79074 0.66308 F070600500082 6323.8 0.32400 60.651 0.77883 0.66308 F070600500083 6323.8 0.32400 75.986 0.87308 0.66308 F070600500084 6323.8 0.32400 91.322 0.96733 0.53046 F070600500085 6323.8 0.32400 106.02 1.0483 0.66308 F070600500086 6323.8 0.32400 120.71 1.1557 0.53046 F070600500087 6323.8 0.32400 136.07 1.1704 0.53046 F070600500088 6323.8 0.32400 149.53 1.0655 0.66367 F070600500089 6323.8 0.37400 22.842 2.2174 0.16664 F070600500090 6323.8 0.37400 31.153 2.2864 0.16664 F070600500091 6323.8 0.37400 45.842 2.5571 0.16664 F070600500092 6323.8 0.37400 61.187 2.6613 0.16664 F070600500093 6323.8 0.37400 76.509 2.9988 0.16664 F070600500094 6323.8 0.37400 91.854 3.1031 0.16664 F070600500095 6323.8 0.37400 106.55 3.2738 0.16664 F070600500096 6323.8 0.37400 121.28 3.2112 0.19997 F070600500097 6323.8 0.37400 135.99 3.1819 0.16664 F070600500098 6323.8 0.37400 150.68 3.4526 0.13332 F070600500099 6323.8 0.47500 22.282 16.099 1.0637 F070600500100 6323.8 0.47500 30.604 15.580 1.0636 F070600500101 6323.8 0.47500 45.330 14.540 1.0636 F070600500102 6323.8 0.47500 61.321 15.096 0.79774 F070600500103 6323.8 0.47500 76.674 15.386 1.0637 F070600500104 6323.8 0.47500 91.378 16.739 1.0637 F070600500105 6323.8 0.47500 106.08 18.358 1.0636 F070600500106 6323.8 0.47500 120.79 18.647 1.3296 F070600500107 6323.8 0.47500 136.14 19.469 1.0637 F070600500108 6323.8 0.47500 150.21 20.023 1.0637 F070600500109 6323.8 0.57600 22.193 45.152 2.6141 F070600500110 6323.8 0.57600 29.881 43.233 3.2676 F070600500111 6323.8 0.57600 45.887 41.360 3.2676 F070600500112 6323.8 0.57600 60.613 39.480 2.6106 F070600500113 6323.8 0.57600 75.955 42.179 3.2676 F070600500114 6323.8 0.57600 90.674 41.606 1.9606 F070600500115 6323.8 0.57600 106.01 44.957 3.2676 F070600500116 6323.8 0.57600 120.70 50.266 2.6141 F070600500117 6323.8 0.57600 134.79 47.076 3.2676 F070600500118 6323.8 0.57600 148.86 49.113 3.2676 F070600500119 6323.8 0.62600 22.895 76.239 4.3478 F070600500120 6323.8 0.62600 31.863 71.950 4.3478 F070600500121 6323.8 0.62600 47.231 66.616 4.3478 F070600500122 6323.8 0.62600 62.579 69.978 4.3436 F070600500123 6323.8 0.62600 77.325 57.032 4.3478 F070600500124 6323.8 0.62600 92.006 72.346 4.3478 F070600500125 6323.8 0.62600 106.73 69.182 4.3478 F070600500126 6323.8 0.62600 120.80 70.362 4.3478 F070600500127 6323.8 0.62600 134.89 65.019 4.3478 F070600500128 6323.8 0.62600 148.98 61.851 4.3478 F070600500129 7155.1 0.32400 22.588 1.9958 0.26841 F070600500130 7155.1 0.32400 30.934 2.0662 0.26841 F070600500131 7155.1 0.32400 45.680 2.7431 0.26841 F070600500132 7155.1 0.32400 61.078 3.1518 0.26841 F070600500133 7155.1 0.32400 75.833 3.5602 0.26841 F070600500134 7155.1 0.32400 90.599 3.7002 0.26841 F070600500135 7155.1 0.32400 105.36 3.9074 0.33551 F070600500136 7155.1 0.32400 120.12 4.1145 0.33551 F070600500137 7155.1 0.32400 134.24 4.3214 0.26841 F070600500138 7155.1 0.32400 147.71 4.8636 0.33551 F070600500139 7155.1 0.37400 23.229 4.7895 0.84169 F070600500140 7155.1 0.37400 32.196 6.3143 0.67336 F070600500141 7155.1 0.37400 46.937 8.1820 0.84169 F070600500142 7155.1 0.37400 61.683 9.7131 0.84169 F070600500143 7155.1 0.37400 77.079 10.740 0.67336 F070600500144 7155.1 0.37400 91.197 11.428 1.0100 F070600500145 7155.1 0.37400 105.94 12.959 0.84169 F070600500146 7155.1 0.37400 120.07 13.311 1.0100 F070600500147 7155.1 0.37400 133.56 12.989 0.84169 F070600500148 7155.1 0.37400 148.32 13.679 0.84169 F070600500149 7155.1 0.47500 25.083 38.392 3.5939 F070600500150 7155.1 0.47500 32.768 43.842 3.5939 F070600500151 7155.1 0.47500 48.145 52.944 3.5939 F070600500152 7155.1 0.47500 63.512 64.741 2.6954 F070600500153 7155.1 0.47500 78.265 69.346 4.4924 F070600500154 7155.1 0.47500 93.024 72.154 4.4924 F070600500155 7155.1 0.47500 107.79 74.063 3.5939 F070600500156 7155.1 0.47500 120.63 74.161 3.5890 F070600500157 7155.1 0.47500 134.76 73.370 3.5890 F070600500158 7155.1 0.47500 149.53 73.482 4.4875 F070600500159 7155.1 0.57600 23.151 104.73 6.5217 F070600500160 7155.1 0.57600 31.471 124.44 10.870 F070600500161 7155.1 0.57600 46.845 150.78 8.6957 F070600500162 7155.1 0.57600 62.225 172.78 10.870 F070600500163 7155.1 0.57600 76.973 188.25 8.6956 F070600500164 7155.1 0.57600 92.392 184.16 8.6957 F070600500165 7155.1 0.57600 106.53 175.70 10.870 F070600500166 7155.1 0.57600 121.31 167.25 10.870 F070600500167 7155.1 0.57600 135.44 167.48 8.6849 F070600500168 7155.1 0.57600 148.93 167.71 8.6957 F070600500169 7155.1 0.62600 24.452 176.63 9.8035 F070600500170 7155.1 0.62600 31.511 183.30 13.071 F070600500171 7155.1 0.62600 46.898 216.29 13.071 F070600500172 7155.1 0.62600 62.270 268.88 9.8035 F070600500173 7155.1 0.62600 77.680 272.46 13.071 F070600500174 7155.1 0.62600 91.808 272.74 13.084 F070600500175 7155.1 0.62600 106.59 263.23 16.339 F070600500176 7155.1 0.62600 120.72 256.97 13.071 F070600500177 7155.1 0.62600 134.84 263.79 13.071 F070600500178 7155.1 0.62600 148.32 270.60 13.071 F070600500179 7300.8 0.32400 23.263 15.128 1.0665 F070600500180 7300.8 0.32400 31.688 13.816 1.0665 F070600500181 7300.8 0.32400 45.952 11.187 1.0665 F070600500182 7300.8 0.32400 60.874 7.7596 1.0665 F070600500183 7300.8 0.32400 75.732 8.5981 0.79987 F070600500184 7300.8 0.32400 90.573 10.503 1.0665 F070600500185 7300.8 0.32400 105.34 16.941 1.0665 F070600500186 7300.8 0.32400 118.85 21.509 1.0665 F070600500187 7300.8 0.32400 133.62 28.213 1.0665 F070600500188 7300.8 0.32400 146.51 30.646 1.0665 F070600500189 7300.8 0.37400 23.775 45.925 1.9833 F070600500190 7300.8 0.37400 32.226 40.045 2.6444 F070600500191 7300.8 0.37400 47.206 26.285 2.6444 F070600500192 7300.8 0.37400 62.769 20.465 1.9833 F070600500193 7300.8 0.37400 76.971 23.227 2.6498 F070600500194 7300.8 0.37400 92.403 33.934 2.6444 F070600500195 7300.8 0.37400 107.11 54.552 2.6444 F070600500196 7300.8 0.37400 120.62 62.598 2.6444 F070600500197 7300.8 0.37400 136.02 77.271 3.3055 F070600500198 7300.8 0.37400 149.49 91.267 3.3001 F070600500199 7300.8 0.47500 24.436 242.02 10.254 F070600500200 7300.8 0.47500 32.254 201.31 13.672 F070600500201 7300.8 0.47500 47.874 130.17 13.672 F070600500202 7300.8 0.47500 62.783 103.43 10.254 F070600500203 7300.8 0.47500 78.274 121.15 13.672 F070600500204 7300.8 0.47500 93.064 176.44 13.672 F070600500205 7300.8 0.47500 107.17 255.63 13.672 F070600500206 7300.8 0.47500 121.31 317.74 10.254 F070600500207 7300.8 0.47500 135.46 366.17 13.672 F070600500208 7300.8 0.47500 149.62 411.18 13.672 F070600500209 7300.8 0.57600 21.731 635.52 26.226 F070600500210 7300.8 0.57600 30.222 518.14 19.669 F070600500211 7300.8 0.57600 45.897 302.95 26.226 F070600500212 7300.8 0.57600 60.819 231.95 26.226 F070600500213 7300.8 0.57600 75.655 278.97 26.226 F070600500214 7300.8 0.57600 91.080 404.71 19.669 F070600500215 7300.8 0.57600 105.21 536.91 19.669 F070600500216 7300.8 0.57600 119.32 688.78 26.226 F070600500217 7300.8 0.57600 133.47 788.20 26.226 F070600500218 7300.8 0.57600 147.61 900.73 19.669 F070600500219 7300.8 0.62600 21.737 983.33 28.302 F070600500220 7300.8 0.62600 30.239 776.63 37.736 F070600500221 7300.8 0.62600 45.259 457.36 37.736 F070600500222 7300.8 0.62600 60.815 374.01 28.302 F070600500223 7300.8 0.62600 75.658 432.10 28.302 F070600500224 7300.8 0.62600 90.448 603.40 28.302 F070600500225 7300.8 0.62600 103.29 783.94 28.302 F070600500226 7300.8 0.62600 118.72 974.17 56.604 F070600500227 7300.8 0.62600 132.25 1069.9 37.736 F070600500228 7300.8 0.62600 147.09 1137.4 37.736 F070600500229 ENDDATA 202 0 F070600500230 ENDSUBENT 229 0 F070600599999 SUBENT F0706006 20050726 F022F070600600001 BIB 5 12 F070600600002 REACTION (7-N-14(D,P)7-N-15,PAR,SIG) F070600600003 SAMPLE Solid adenine (C5H5N5) target of sandwich type was F070600600004 used. A thin adenine layer was evaporated onto a nickelF070600600005 backing (about 100 mu-g/cm2), then it was covered by a F070600600006 copper layer (about 100 mu-g/cm2) to prevent the F070600600007 adenine from escaping during the bombardment. The F070600600008 thickness of the adenine was about 30 mu-g/cm2 (about F070600600009 25 keV) at Ed=0.6 MeV and was increased to 50 mu-g/cm2 F070600600010 at the lowest energy. F070600600011 ANALYSIS (INTAD) F070600600012 ERR-ANALYS (DATA-ERR) Error of cross section definition F070600600013 STATUS (TABLE) Table 1 F070600600014 ENDBIB 12 0 F070600600015 NOCOMMON 0 0 F070600600016 DATA 5 5 F070600600017 E-LVL-MIN E-LVL-MAX EN DATA-CM DATA-ERR F070600600018 KEV KEV MEV MICRO-B MICRO-B F070600600019 5270.2 5298.8 0.32400 27.000 2.2000 F070600600020 5270.2 5298.8 0.37400 86.000 6.5000 F070600600021 5270.2 5298.8 0.47500 400.00 30.000 F070600600022 5270.2 5298.8 0.57600 1080.0 75.000 F070600600023 5270.2 5298.8 0.62600 2000.0 140.00 F070600600024 ENDDATA 7 0 F070600600025 ENDSUBENT 24 0 F070600699999 SUBENT F0706007 20050726 F022F070600700001 BIB 5 12 F070600700002 REACTION (7-N-14(D,P)7-N-15,PAR,SIG) F070600700003 SAMPLE Solid adenine (C5H5N5) target of sandwich type was F070600700004 used. A thin adenine layer was evaporated onto a nickelF070600700005 backing (about 100 mu-g/cm2), then it was covered by a F070600700006 copper layer (about 100 mu-g/cm2) to prevent the F070600700007 adenine from escaping during the bombardment. The F070600700008 thickness of the adenine was about 30 mu-g/cm2 (about F070600700009 25 keV) at Ed=0.6 MeV and was increased to 50 mu-g/cm2 F070600700010 at the lowest energy. F070600700011 ANALYSIS (INTAD) F070600700012 ERR-ANALYS (DATA-ERR) Definition error F070600700013 STATUS (TABLE) Table 1 F070600700014 ENDBIB 12 0 F070600700015 NOCOMMON 0 0 F070600700016 DATA 4 20 F070600700017 E-LVL EN DATA DATA-ERR F070600700018 KEV MEV MICRO-B MICRO-B F070600700019 0.0000 0.32400 25.000 2.4000 F070600700020 0.0000 0.37400 77.000 6.0000 F070600700021 0.0000 0.47500 340.00 25.000 F070600700022 0.0000 0.57600 780.00 55.000 F070600700023 0.0000 0.62600 1220.0 85.000 F070600700024 6323.8 0.32400 12.000 1.3000 F070600700025 6323.8 0.37400 37.000 3.0000 F070600700026 6323.8 0.47500 215.00 15.000 F070600700027 6323.8 0.57600 560.00 40.000 F070600700028 6323.8 0.62600 860.00 60.000 F070600700029 7155.1 0.32400 46.000 4.0000 F070600700030 7155.1 0.37400 140.00 12.000 F070600700031 7155.1 0.47500 830.00 55.000 F070600700032 7155.1 0.57600 2100.0 130.00 F070600700033 7155.1 0.62600 3200.0 200.00 F070600700034 7300.8 0.32400 200.00 15.000 F070600700035 7300.8 0.37400 580.00 42.000 F070600700036 7300.8 0.47500 2800.0 180.00 F070600700037 7300.8 0.57600 6450.0 400.00 F070600700038 7300.8 0.62600 9000.0 600.00 F070600700039 ENDDATA 22 0 F070600700040 ENDSUBENT 39 0 F070600799999 ENDENTRY 7 0 F070699999999