ENTRY F0569 20030429 0000F056900000001 SUBENT F0569001 20030429 0000F056900100001 BIB 8 11 F056900100002 TITLE Proton elastic scattering for light element cross sectiF056900100003 enhancement with Ep>2.5 MeV. F056900100004 AUTHOR (YANG GUOHUA,ZHU DEZHANG,XU HONGJIE,PAN HAOCHANG) F056900100005 INSTITUTE (3CPRNRS) F056900100006 REFERENCE (J,NIM/B,61,175,1991) F056900100007 FACILITY (ACCEL) The 4 MV pelletron F056900100008 DETECTOR (SIBAR)The target to detector distance was 80mm and theF056900100009 aperture in front of the detector was 3 mm in diameter F056900100010 ERR-ANALYS (ERR-T) Total error. Mainly of statistic and backgroundF056900100011 substraction (3%) and the content of the target used. F056900100012 HISTORY (20030204C) F056900100013 ENDBIB 11 0 F056900100014 COMMON 2 3 F056900100015 ANG ERR-T F056900100016 ADEG PER-CENT F056900100017 170. 4.0 F056900100018 ENDCOMMON 3 0 F056900100019 ENDSUBENT 18 0 F056900199999 SUBENT F0569002 20030429 0000F056900200001 BIB 4 7 F056900200002 REACTION (6-C-0(P,EL)6-C-0,,DA) F056900200003 SAMPLE The target used to measure the cross section F056900200004 enhancement of carbon and oxygen was a 15 mu-g/cm2 F056900200005 layer of La2O3 deposited on 20 mu-g/cm2 film of carbon F056900200006 ERR-ANALYS (EN-ERR) Digitizing error F056900200007 (DATA-ERR) Digitizing error F056900200008 STATUS (CURVE) Fig.1 F056900200009 ENDBIB 7 0 F056900200010 COMMON 2 3 F056900200011 EN-ERR DATA-ERR F056900200012 MEV MB/SR F056900200013 0.3085E-02 0.5726 F056900200014 ENDCOMMON 3 0 F056900200015 DATA 2 20 F056900200016 EN DATA F056900200017 MEV MB/SR F056900200018 2.241 76.67 F056900200019 2.329 75.95 F056900200020 2.430 73.27 F056900200021 2.536 70.58 F056900200022 2.597 68.58 F056900200023 2.695 67.86 F056900200024 2.770 69.10 F056900200025 2.848 67.09 F056900200026 2.912 68.34 F056900200027 2.961 65.70 F056900200028 3.011 61.75 F056900200029 3.065 63.01 F056900200030 3.147 59.69 F056900200031 3.208 57.69 F056900200032 3.310 56.31 F056900200033 3.360 55.62 F056900200034 3.421 50.36 F056900200035 3.479 49.01 F056900200036 3.539 48.31 F056900200037 3.600 46.97 F056900200038 ENDDATA 22 0 F056900200039 ENDSUBENT 38 0 F056900299999 SUBENT F0569003 20030429 0000F056900300001 BIB 4 7 F056900300002 REACTION (8-O-0(P,EL)8-O-0,,DA) F056900300003 SAMPLE The target used to measure the cross section F056900300004 enhancement of carbon and oxygen was a 15 mu-g/cm2 F056900300005 layer of La2O3 deposited on 20 mu-g/cm2 film of carbon F056900300006 ERR-ANALYS (EN-ERR) Digitizing error F056900300007 (DATA-ERR) Digitizing error F056900300008 STATUS (CURVE) Fig.1 F056900300009 ENDBIB 7 0 F056900300010 COMMON 2 3 F056900300011 EN-ERR DATA-ERR F056900300012 MEV MB/SR F056900300013 0.1988E-02 0.9120 F056900300014 ENDCOMMON 3 0 F056900300015 DATA 2 32 F056900300016 EN DATA F056900300017 MEV MB/SR F056900300018 2.234 83.71 F056900300019 2.290 82.43 F056900300020 2.378 81.81 F056900300021 2.579 76.03 F056900300022 2.639 74.10 F056900300023 2.677 70.86 F056900300024 2.677 42.16 F056900300025 2.679 16.07 F056900300026 2.691 37.60 F056900300027 2.711 65.65 F056900300028 2.744 69.58 F056900300029 2.800 67.65 F056900300030 2.860 65.72 F056900300031 3.014 63.18 F056900300032 3.077 63.86 F056900300033 3.127 63.88 F056900300034 3.183 63.25 F056900300035 3.229 64.58 F056900300036 3.285 69.82 F056900300037 3.335 73.10 F056900300038 3.382 75.73 F056900300039 3.426 77.71 F056900300040 3.450 65.98 F056900300041 3.456 40.55 F056900300042 3.464 30.11 F056900300043 3.466 84.90 F056900300044 3.468 154.0 F056900300045 3.471 349.7 F056900300046 3.492 130.6 F056900300047 3.498 84.91 F056900300048 3.556 90.15 F056900300049 3.606 96.70 F056900300050 ENDDATA 34 0 F056900300051 ENDSUBENT 50 0 F056900399999 SUBENT F0569004 20030429 0000F056900400001 BIB 3 5 F056900400002 REACTION (6-C-0(P,EL)6-C-0,,DA,,RTH) F056900400003 SAMPLE The target used to measure the cross section F056900400004 enhancement of carbon and oxygen was a 15 mu-g/cm2 F056900400005 layer of La2O3 deposited on 20 mu-g/cm2 film of carbon F056900400006 STATUS (TABLE) tbl.1 F056900400007 ENDBIB 5 0 F056900400008 NOCOMMON 0 0 F056900400009 DATA 2 5 F056900400010 EN DATA F056900400011 MEV NO-DIM F056900400012 2.700 14.23 F056900400013 2.800 15.12 F056900400014 2.900 16.24 F056900400015 3.000 17.31 F056900400016 3.100 17.96 F056900400017 ENDDATA 7 0 F056900400018 ENDSUBENT 17 0 F056900499999 SUBENT F0569005 20030429 0000F056900500001 BIB 3 5 F056900500002 REACTION (8-O-0(P,EL)8-O-0,,DA,,RTH) F056900500003 SAMPLE The target used to measure the cross section F056900500004 enhancement of carbon and oxygen was a 15 mu-g/cm2 F056900500005 layer of La2O3 deposited on 20 mu-g/cm2 film of carbon F056900500006 STATUS (TABLE) tbl.1 F056900500007 ENDBIB 5 0 F056900500008 NOCOMMON 0 0 F056900500009 DATA 2 5 F056900500010 EN DATA F056900500011 MEV NO-DIM F056900500012 2.700 6.430 F056900500013 2.800 7.230 F056900500014 2.900 7.640 F056900500015 3.000 8.180 F056900500016 3.100 8.730 F056900500017 ENDDATA 7 0 F056900500018 ENDSUBENT 17 0 F056900599999 SUBENT F0569006 20030429 0000F056900600001 BIB 3 6 F056900600002 REACTION (7-N-0(P,EL)7-N-0,,DA,,RTH) F056900600003 SAMPLE 180 nm thick TiN layer on graphit substrate F056900600004 The uniform target was prepared by 2keV Xe+ ions F056900600005 implantation during titanium deposition in a F056900600006 chamber with nitrogen gas to a pressure of 5*10(-6)TorrF056900600007 STATUS (TABLE) tbl.1 F056900600008 ENDBIB 6 0 F056900600009 NOCOMMON 0 0 F056900600010 DATA 2 5 F056900600011 EN DATA F056900600012 MEV NO-DIM F056900600013 2.700 10.41 F056900600014 2.800 10.86 F056900600015 2.900 11.43 F056900600016 3.000 11.92 F056900600017 3.100 12.63 F056900600018 ENDDATA 7 0 F056900600019 ENDSUBENT 18 0 F056900699999 ENDENTRY 6 0 F056999999999