HE+ 0 2 1 198305.(2S) 1 1S1S (1)0( 0.0) 0. {1}2.000 2 1S2S (3)0( 1.0) 159850. {1}1.000 3 1S2S (1)0( 0.0) 166271. {1}1.000 4 1S2P (3)1( 4.0) 169082. {1}1.000 5 1S2P (1)1( 1.0) 171129. {1}1.000 6 1S3S (3)0( 1.0) 183231. {1}1.000 7 1S3S (1)0( 0.0) 184859. {1}1.000 8 1S3P (3)1( 4.0) 185559. {1}1.000 9 1S3D (3)2( 7.0) 186096. {1}1.000 10 1S3D (1)2( 2.0) 186099. {1}1.000 11 1S3P (1)1( 1.0) 186203. {1}1.000 12 1S4S (3)0( 1.0) 190292. {1}1.000 13 1S4S (1)0( 0.0) 190935. {1}1.000 14 1S4P (3)1( 4.0) 191211. {1}1.000 15 1S4D (3)2( 7.0) 191439. {1}1.000 16 1S4D (1)2( 2.0) 191441. {1}1.000 17 1S4F (3)3(10.0) 191447. {1}1.000 18 1S4F (1)3( 3.0) 191447. {1}1.000 19 1S4P (1)1( 1.0) 191487. {1}1.000 -1 1.00 3 1.16+04 2.32+04 5.80+04 1.16+05 2.32+05 5.80+05 1.16+06 2.32+06 5 1 1.80+09 1.64-02 2.61-02 5.78-02 1.16-01 2.30-01 5.03-01 8.16-01 1.22+00 11 1 5.66+08 3.79-03 6.47-03 1.44-02 2.84-02 5.60-02 1.24-01 2.03-01 3.02-01 19 1 2.46+08 1.47-03 2.70-03 6.33-03 1.27-02 2.53-02 5.54-02 8.83-02 1.28-01 3 1 1.00-30 3.28-02 3.85-02 4.67-02 5.50-02 6.61-02 8.59-02 1.05-01 1.25-01 7 1 1.00-30 6.60-03 6.99-03 7.31-03 8.30-03 1.04-02 1.45-02 1.83-02 2.28-02 13 1 1.00-30 2.01-03 2.41-03 3.21-03 3.92-03 4.67-03 5.97-03 7.35-03 9.05-03 10 1 1.00-30 4.08-03 4.32-03 5.13-03 6.37-03 7.99-03 9.88-03 1.07-02 1.10-02 16 1 1.00-30 1.59-03 1.99-03 2.67-03 3.41-03 4.29-03 5.33-03 5.82-03 5.98-03 18 1 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 2 1 1.00-30 6.20-02 6.23-02 5.70-02 5.07-02 4.25-02 2.95-02 2.01-02 1.26-02 4 1 1.00-30 2.30-02 3.18-02 4.45-02 5.15-02 5.25-02 4.25-02 3.05-02 1.95-02 6 1 1.00-30 1.16-02 1.32-02 1.48-02 1.48-02 1.32-02 9.27-03 6.29-03 4.03-03 8 1 1.00-30 7.86-03 1.04-02 1.38-02 1.53-02 1.50-02 1.19-02 8.47-03 5.42-03 9 1 1.00-30 2.11-03 2.31-03 2.80-03 2.95-03 2.67-03 1.90-03 1.30-03 8.14-04 12 1 1.00-30 5.07-03 5.85-03 6.58-03 6.54-03 5.79-03 4.08-03 2.77-03 1.74-03 14 1 1.00-30 5.91-03 7.51-03 8.61-03 9.41-03 9.03-03 6.96-03 4.98-03 3.22-03 15 1 1.00-30 7.05-04 9.37-04 1.32-03 1.43-03 1.31-03 9.33-04 6.38-04 4.00-04 17 1 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 1.00-30 5 3 1.97+06 2.02+01 3.51+01 6.44+01 9.49+01 1.30+02 1.76+02 2.07+02 2.35+02 11 3 1.34+07 4.09-01 6.25-01 1.17+00 1.95+00 3.18+00 5.42+00 7.39+00 9.48+00 19 3 7.17+06 1.17-01 2.24-01 4.98-01 8.44-01 1.30+00 2.02+00 2.61+00 3.20+00 7 3 1.00-30 6.95-01 1.22+00 2.10+00 2.73+00 3.21+00 3.59+00 3.74+00 3.82+00 13 3 1.00-30 2.86-01 3.67-01 4.91-01 5.83-01 6.61-01 7.37-01 7.75-01 7.99-01 10 3 1.00-30 2.13+00 3.82+00 6.59+00 8.47+00 9.77+00 1.05+01 1.07+01 1.07+01 16 3 1.00-30 6.72-01 9.16-01 1.33+00 1.66+00 1.93+00 2.20+00 2.32+00 2.41+00 4 2 1.02+07 2.77+01 5.05+01 1.00+02 1.54+02 2.19+02 3.14+02 3.83+02 4.48+02 8 2 9.47+06 1.47+00 1.44+00 1.69+00 2.22+00 3.17+00 5.12+00 6.96+00 8.98+00 14 2 5.05+06 7.48-02 1.29-01 2.89-01 5.37-01 9.50-01 1.75+00 2.46+00 3.19+00 6 2 1.00-30 2.79+00 3.40+00 4.34+00 5.12+00 5.90+00 6.87+00 7.45+00 7.87+00 12 2 1.00-30 5.18-01 6.34-01 8.17-01 9.74-01 1.14+00 1.36+00 1.49+00 1.58+00 9 2 1.00-30 2.90+00 5.18+00 9.28+00 1.23+01 1.45+01 1.60+01 1.65+01 1.67+01 15 2 1.00-30 1.19+00 1.56+00 2.19+00 2.68+00 3.11+00 3.55+00 3.77+00 3.92+00 3 2 1.00-30 2.45+00 2.18+00 1.57+00 1.08+00 6.76-01 3.26-01 1.77-01 9.28-02 5 2 1.00-30 9.61-01 1.06+00 1.00+00 8.06-01 5.62-01 2.95-01 1.66-01 8.94-02 4 3 1.00-30 1.75+00 1.81+00 1.56+00 1.18+00 7.87-01 3.94-01 2.17-01 1.15-01 5 4 1.00-30 4.90+00 4.85+00 4.80+00 4.27+00 3.48+00 2.42+00 1.75+00 1.20+00 8 6 1.08+06 2.83+02 5.22+02 1.03+03 1.55+03 2.08+03 2.81+03 3.25+03 3.60+03 14 6 6.08+05 2.99+00 4.82+00 8.42+00 1.20+01 1.63+01 2.25+01 2.75+01 3.24+01 11 7 2.53+05 1.72+02 3.01+02 5.52+02 7.95+02 1.02+03 1.33+03 1.50+03 1.64+03 19 7 1.37+06 4.31+00 6.92+00 1.19+01 1.69+01 2.26+01 3.08+01 3.75+01 4.39+01 12 8 6.52+06 7.44+01 1.19+02 2.03+02 2.83+02 3.61+02 4.74+02 5.58+02 6.46+02 9 8 1.28+04 1.87+03 2.76+03 4.13+03 5.03+03 5.97+03 6.80+03 7.37+03 7.94+03 15 8 6.68+06 1.63+02 2.61+02 4.49+02 6.26+02 8.30+02 1.12+03 1.35+03 1.58+03 14 9 5.97+05 1.57+01 2.44+01 4.05+01 5.56+01 7.24+01 9.66+01 1.15+02 1.34+02 17 9 1.39+07 4.74+02 8.69+02 1.62+03 2.39+03 3.33+03 4.47+03 5.35+03 6.23+03 11 10 1.68+02 1.50+03 1.90+03 2.42+03 2.74+03 3.07+03 3.36+03 3.56+03 3.76+03 18 10 1.38+07 1.58+02 2.89+02 5.39+02 7.94+02 1.10+03 1.48+03 1.77+03 2.07+03 19 10 2.77+05 1.91+00 3.01+00 5.07+00 7.02+00 9.24+00 1.24+01 1.49+01 1.73+01 13 11 4.59+06 1.84+01 2.88+01 4.69+01 6.37+01 8.20+01 1.09+02 1.28+02 1.49+02 16 11 7.11+06 7.83+01 1.32+02 2.31+02 3.33+02 4.36+02 5.85+02 6.99+02 8.14+02 14 12 2.27+05 1.24+03 2.25+03 4.26+03 6.23+03 8.16+03 1.07+04 1.22+04 1.34+04 15 14 4.15-05 8.52+03 1.25+04 1.87+04 2.28+04 2.68+04 3.09+04 3.33+04 3.57+04 17 15 8.15-10 2.73+04 3.11+04 3.55+04 3.86+04 4.11+04 4.37+04 4.56+04 4.75+04 19 13 5.79-04 7.07+02 1.21+03 2.13+03 2.99+03 3.78+03 4.80+03 5.35+03 5.82+03 19 16 5.70-07 6.14+03 7.74+03 9.83+03 1.11+04 1.24+04 1.37+04 1.45+04 1.53+04 18 16 3.63-10 8.65+03 9.81+03 1.11+04 1.21+04 1.28+04 1.36+04 1.41+04 1.47+04 6 4 2.78+07 1.15+01 1.66+01 2.64+01 3.61+01 4.76+01 6.43+01 7.80+01 9.12+01 9 4 7.08+07 5.39+01 8.69+01 1.50+02 2.22+02 3.00+02 4.18+02 5.17+02 6.15+02 12 4 1.06+07 6.77-01 1.04+00 1.83+00 2.70+00 3.80+00 5.54+00 7.00+00 8.55+00 15 4 2.51+07 6.22+00 9.62+00 1.72+01 2.56+01 3.65+01 5.39+01 6.84+01 8.40+01 7 5 1.81+07 2.51+00 3.69+00 5.97+00 8.25+00 1.09+01 1.49+01 1.81+01 2.13+01 10 5 6.38+07 2.24+01 3.74+01 6.74+01 9.94+01 1.39+02 1.92+02 2.36+02 2.79+02 13 5 6.55+06 1.64-01 2.55-01 4.56-01 6.77-01 9.57-01 1.40+00 1.77+00 2.16+00 16 5 2.02+07 4.50-01 6.70-01 1.26+00 1.88+00 2.67+00 3.93+00 4.97+00 6.10+00 6 3 1.00-30 5.41-01 4.12-01 2.48-01 1.53-01 8.88-02 4.01-02 2.12-02 1.09-02 7 2 1.00-30 3.88-01 3.29-01 2.21-01 1.45-01 8.81-02 4.14-02 2.22-02 1.16-02 8 3 1.00-30 5.70-01 4.86-01 3.28-01 2.15-01 1.29-01 6.01-02 3.21-02 1.67-02 9 3 1.00-30 3.87-01 4.55-01 4.10-01 3.06-01 2.00-01 9.88-02 5.42-02 2.87-02 10 2 1.00-30 3.40-01 3.50-01 2.83-01 2.03-01 1.30-01 6.35-02 3.47-02 1.83-02 11 2 1.00-30 1.92-01 2.02-01 1.60-01 1.13-01 7.09-02 3.43-02 1.86-02 9.82-03 12 3 1.00-30 1.49-01 1.17-01 7.30-02 4.63-02 2.73-02 1.26-02 6.70-03 3.48-03 R 1 +1 1.15-13 9.00-14 7.13-14 6.08-14 4.50-14 2.47-14 1.29-14 6.26-15 R 2 +1 1.77-14 1.26-14 9.61-15 7.82-15 5.72-15 3.25-15 1.41-15 9.47-16 R 3 +1 5.16-15 3.86-15 2.23-15 1.57-15 1.07-15 5.44-16 3.31-16 1.49-16 R 4 +1 4.99-14 3.16-14 1.67-14 8.67-15 4.11-15 1.32-15 5.16-16 2.19-16 R 5 +1 1.14-14 6.95-15 3.38-15 1.69-15 8.10-16 2.61-16 1.26-16 5.85-17 R 6 +1 4.48-15 3.34-15 1.90-15 1.68-15 1.14-15 4.89-16 3.39-16 1.97-16 R 7 +1 1.62-15 1.13-15 7.80-16 4.98-16 3.10-16 1.45-16 8.31-17 4.08-17 R 8 +1 1.84-14 1.13-14 5.33-15 2.89-15 1.48-15 5.16-16 2.22-16 7.25-17 R 9 +1 1.19-14 6.14-15 2.23-15 9.59-16 3.71-16 1.07-16 3.63-17 1.52-17 R 10 +1 3.93-15 2.03-15 7.39-16 3.17-16 1.23-16 3.52-17 1.20-17 5.00-18 R 11 +1 5.04-15 2.98-15 1.27-15 6.39-16 2.79-16 9.06-17 3.30-17 1.88-17 R 12 +1 1.45-15 9.08-16 8.23-16 6.60-16 4.39-16 3.11-16 2.41-16 8.60-18 R 13 +1 6.86-16 4.96-16 3.15-16 2.12-16 1.32-16 6.44-17 3.29-17 1.53-17 R 14 +1 8.19-15 5.07-15 2.44-15 1.28-15 6.22-16 2.13-16 8.70-17 3.44-17 R 15 +1 7.42-15 3.82-15 1.38-15 5.84-16 2.32-16 6.46-17 2.39-17 8.64-18 R 16 +1 2.45-15 1.26-15 4.55-16 1.93-16 7.64-17 2.12-17 7.83-18 2.83-18 R 17 +1 3.52-15 1.61-15 5.01-16 1.94-16 7.21-17 1.88-17 6.75-18 2.41-18 R 18 +1 1.17-15 5.35-16 1.67-16 6.45-17 2.40-17 6.28-18 2.25-18 8.05-19 R 19 +1 2.41-15 1.30-15 6.06-16 3.59-16 1.28-16 5.16-17 2.14-17 7.64-18 -1 -1 -1 C----------------------------------------------------------------------- C C A-values are taken from Wiese, Smith & Glennon NBS-NSRDS C C Dipole & non-dipole transitions from the 1(1)S follow C (i) preferred curves from comparative graphs up to the n=4 shell C strongly influenced by experiments of C Westerfeld (1979) J. Phys. B. 12,115 C Van Zyl et al.(1980) Phys. Rev. A22, 1916 C Heddle & Gallagher (1989) Rev.Mod.Phys. 61, 221, C Born limits and to a lesser extent by C Fujimoto (1978) IPPJ-AM-9. C Unpublished 29 state R-matrix calculations of Berrington et C al. (1990) have been used in association with Heddle & C Gallagher to correct the low temp values up to 10eV of C 1(1)S - 3(1)D, 1(1)S - 3(1)P C C Dipole & non-dipole transitions from the 2(1)S & 2(3)S states follow C (i) Fujimoto (1978) IPPJ-AM-8. Non-dipole Born limits from C Flannery, Morrision & Richmond (1975) J.Appl.Phys. 46, 1186 C C Dipole transitions within the n=3,4 shells C (i) Impact parameter approximation C C C Spin change data follow C (i) Kato (1989) At. Data & Nucl. Data Tables 42,313 for C transitions 1(1)S - 2(3)S and 1(1)S - 2(3)P C (ii) Berrington et al. (1985) J. Phys. B. 18, 4147 for C transitions 2(3)S - 2(1)S, 2(3)S - 2(1)P, C 2(1)S - 2(3)P & 2(3)P - 2(1)P at low temperature and C follows a similar decay to high temperature as the Kato data C (iii) For 1(1)S - 3(3)L , the data of Berrington et al. C is used for low temperature and then the shape of the C Kato curves above 5eV scaled to match Berrington at 5eV. C (iv) For 1(1)S - 4(3)L , 1/n**3 scaling is used from the n=3 C data. C C C H.P. Summers, Mar. 1991 C C C Update: C C Dipole transitions between 2(1)P - n=3,4 and 2(3)P - n=3,4 added. C (i) Impact parameter approximation C C C H.P. Summers, Jan. 1992 C Update: C C A complete revision of excitations from 1(1)S and 2(3)S, 2(1)S has C taken place in association with FOM-KVI (R. Hoekstra, F de Heer, C H-F Folkerts) making use also of recent Belfast R-matrix data. The C new data has replace the older data above where there is ovelap. C The new preferred cross-section data is archived as C JETSHP.KVI.DATA(EXC#HE0A) - excitation from 1(1)S C JETSHP.KVI.DATA(EXC#HE0B) - excitation from 2(1)S, 2(3)S C The rate parameters are produced in ADF04 format by the codes C JETSHP.COPASE.FORT(NEUTQUAD) and C JETSHP.COPASE.FORT(NEUTQD2) respectively. C C C H.P. Summers, June 1993 C----------------------------------------------------------------------- C Radiative recombination data is prepared using code C C JETSHP.DLS.FORT(ADASRRC) on dataset C JETSHP.RADREC.HLIKE(HE1LS) C C H P Summers July 1992. C C----------------------------------------------------------------------- C--------------------------------------------------------------------------------- C ADAS ADF04 DATA - SCCS info: @(#)$Header: /home/adascvs/adas/adf04/helike/helike_kvl93hex.dat,v 2.1 2004/07/06 21:35:30 whitefor Exp $ Date $Date: 2004/07/06 21:35:30 $ C--------------------------------------------------------------------------------- C----------------------------------------------------------------------- C OPEN-ADAS C +++++++++ C C This file has been downloaded from OPEN-ADAS (http://open.adas.ac.uk) C on 29-Mar-2024. C C TERMS AND CONDITIONS C -------------------- C C The user of the OPEN-ADAS system and data (hereinafter "the User") C accepts the following terms and conditions: C C 1. 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C C Permission for OPEN-ADAS data incorporation in non-commercial C code/system development for scientific advance will not be C unreasonably withheld, but will be subject to written agreement C on a case by case basis. C C The User will indemnify the University of Strathclyde and keep it C fully and effectively indemnified against each and every claim made C against the University as a result of the User's use of the data. C C-----------------------------------------------------------------------