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J/A+A/608/A33      Inelastic manganese-hydrogen collisions data (Belyaev+, 2017)

Estimating inelastic heavy-particle-hydrogen collision data. II. Simplified model for ionic collisions and application to barium-hydrogen ionic collisions. Belyaev A.K., Yakovleva S.A <Astron. Astrophys. 608, A33 (2017)> =2017A&A...608A..33B (SIMBAD/NED BibCode)
ADC_Keywords: Atomic physics Keywords: atomic data - atomic processes - stars: atmosphere Abstract: A simplified model is derived for estimating rate coefficients for inelastic processes in low-energy collisions of heavy particles with hydrogen, in particular, the rate coefficients with high and moderate values. Such processes are important for non-local thermodynamic equilibrium modeling of cool stellar atmospheres. The derived method is based on the asymptotic approach for electronic structure calculations and the Landau-Zener model for nonadiabatic transition probability determination. It is found that the rate coefficients are expressed via statistical probabilities and reduced rate coefficients. It is shown that the reduced rate coefficients for neutralization and ion-pair formation processes depend on single electronic bound energies of an atomic particle, while the reduced rate coefficients for excitation and de-excitation processes depend on two electronic bound energies. The reduced rate coefficients are calculated and tabulated as functions of electronic bound energies. The derived model is applied to barium-hydrogen ionic collisions. For the first time, rate coefficients are evaluated for inelastic processes in Ba^ + ^+H and Ba2+ + H collisions for all transitions between the states from the ground and up to and including the ionic state. Description: BaH+_data: Model rate coefficients in cm3/s for neutralization and de-excitation processes in collisions Ba+ + H and Ba2+ + H- for temperatures from T=1000K to T=10000K. single_charge: Reduced model rate coefficients in cm3/s for neutralization and de-excitation processes in collisions A+ + H and A2+ + H- for temperatures from T=1000K to T=10000K double_charge: Reduced model rate coefficients in cm3/s for neutralization and de-excitation processes in collisions A2+ + H and A3+ + H- for temperatures from T=1000K to T=10000K. File Summary:
FileName Lrecl Records Explanations
ReadMe 80 . This file rt1000.dat 212 20 BaH+ model rate coefficients at T=1000K rt2000.dat 212 20 BaH+ model rate coefficients at T=2000K rt3000.dat 212 20 BaH+ model rate coefficients at T=3000K rt4000.dat 212 20 BaH+ model rate coefficients at T=4000K rt5000.dat 212 20 BaH+ model rate coefficients at T=5000K rt6000.dat 212 20 BaH+ model rate coefficients at T=6000K rt7000.dat 212 20 BaH+ model rate coefficients at T=7000K rt8000.dat 212 20 BaH+ model rate coefficients at T=8000K rt9000.dat 212 20 BaH+ model rate coefficients at T=9000K rt10000.dat 212 20 BaH+ model rate coefficients at T=10000K ns1000.dat 20 177 Neutralization rate coefficients at T=1000K for single charge ns2000.dat 20 177 Neutralization rate coefficients at T=2000K for single charge ns3000.dat 20 177 Neutralization rate coefficients at T=3000K for single charge ns4000.dat 20 177 Neutralization rate coefficients at T=4000K for single charge ns5000.dat 20 177 Neutralization rate coefficients at T=5000K for single charge ns6000.dat 20 177 Neutralization rate coefficients at T=6000K for single charge ns7000.dat 20 177 Neutralization rate coefficients at T=7000K for single charge ns8000.dat 20 177 Neutralization rate coefficients at T=8000K for single charge ns9000.dat 20 177 Neutralization rate coefficients at T=9000K for single charge ns10000.dat 20 177 Neutralization rate coefficients at T=10000K for single charge single/* 890 10 Individual files for the 10 temperatures of (De)-excitation rate coefficients for single charge nd1000.dat 20 273 Neutralization rate coefficients at T=1000K for double charge nd2000.dat 20 273 Neutralization rate coefficients at T=2000K for double charge nd3000.dat 20 273 Neutralization rate coefficients at T=3000K for double charge nd4000.dat 20 273 Neutralization rate coefficients at T=4000K for double charge nd5000.dat 20 273 Neutralization rate coefficients at T=5000K for double charge nd6000.dat 20 277 Neutralization rate coefficients at T=6000K for double charge nd7000.dat 20 273 Neutralization rate coefficients at T=7000K for double charge nd8000.dat 20 273 Neutralization rate coefficients at T=8000K for double charge nd9000.dat 20 273 Neutralization rate coefficients at T=9000K for double charge nd10000.dat 20 273 Neutralization rate coefficients at T=10000K for double charge double/* 1370 10 Individual files for the 10 temperatures of (De)-excitation rate coefficients for double charge
See also: J/A+A/606/A106 : Inelastic manganese-hydrogen collisions data (Belyaev+, 2017) Byte-by-byte Description of file: rt*.dat
Bytes Format Units Label Explanations
1- 13 A13 --- State Initial state of Ba++ in collisions with H or ionic state 15- 22 E8.2 cm+3/s RC1 Rate coefficient for transition to Ba+(6s 2S) + H 25- 32 E8.2 cm+3/s RC2 Rate coefficient for transition to Ba+(5d 2D) + H 35- 42 E8.2 cm+3/s RC3 Rate coefficient for transition to Ba+(6p 2P) + H 45- 52 E8.2 cm+3/s RC4 Rate coefficient for transition to Ba+(7s 2S) + H 55- 62 E8.2 cm+3/s RC5 Rate coefficient for transition to Ba+(6d 2D) + H 65- 72 E8.2 cm+3/s RC6 Rate coefficient for transition to Ba+(4f 2F) + H 75- 82 E8.2 cm+3/s RC7 Rate coefficient for transition to Ba+(7p 2P) + H 85- 92 E8.2 cm+3/s RC8 Rate coefficient for transition to Ba+(5f 2F) + H 95-102 E8.2 cm+3/s RC9 Rate coefficient for transition to Ba+(8s 2S) + H 105-112 E8.2 cm+3/s RC10 Rate coefficient for transition to Ba+(7d 2D) + H 115-122 E8.2 cm+3/s RC11 Rate coefficient for transition to Ba+(8p 2P) + H 125-132 E8.2 cm+3/s RC12 Rate coefficient for transition to Ba+(5g 2G) + H 135-142 E8.2 cm+3/s RC13 Rate coefficient for transition to Ba+(6f 2F) + H 145-152 E8.2 cm+3/s RC14 Rate coefficient for transition to Ba+(9s 2S) + H 155-162 E8.2 cm+3/s RC15 Rate coefficient for transition to Ba+(8d 2D) + H 165-172 E8.2 cm+3/s RC16 Rate coefficient for transition to Ba+(9p 2P) + H 175-182 E8.2 cm+3/s RC17 Rate coefficient for transition to Ba+(6g 2G) + H 185-192 E8.2 cm+3/s RC18 Rate coefficient for transition to Ba+(7f 2F) + H 195-202 E8.2 cm+3/s RC19 Rate coefficient for transition to Ba+(10s 2S) + H 205-212 E8.2 cm+3/s RC20 Rate coefficient for transition to Ba2+ + H-
Byte-by-byte Description of file: ns*
Bytes Format Units Label Explanations
1- 10 E10.2 eV Ef Electron bound energy for the final state A+ + H 11- 20 E10.2 cm^3/s RC Neutralization rate coefficient for transition from A2+ + H to state Ef
Byte-by-byte Description of file: single/*
Bytes Format Units Label Explanations
1- 10 E10.2 eV Ei Electron bound energy for the initial state A^+ + H 11- 20 E10.2 cm+3/s RC1 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -10.001eV 21- 30 E10.2 cm+3/s RC2 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.901eV 31- 40 E10.2 cm+3/s RC3 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.801eV 41- 50 E10.2 cm+3/s RC4 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.701eV 51- 60 E10.2 cm+3/s RC5 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.601eV 61- 70 E10.2 cm+3/s RC6 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.501eV 71- 80 E10.2 cm+3/s RC7 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.401eV 81- 90 E10.2 cm+3/s RC8 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.301eV 91-100 E10.2 cm+3/s RC9 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.201eV 101-110 E10.2 cm+3/s RC10 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.101eV 111-120 E10.2 cm+3/s RC11 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -9.001eV 121-130 E10.2 cm+3/s RC12 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.901eV 131-140 E10.2 cm+3/s RC13 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.801eV 141-150 E10.2 cm+3/s RC14 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.701eV 151-160 E10.2 cm+3/s RC15 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.601eV 161-170 E10.2 cm+3/s RC16 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.501eV 171-180 E10.2 cm+3/s RC17 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.401eV 181-190 E10.2 cm+3/s RC18 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.301eV 191-200 E10.2 cm+3/s RC19 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.201eV 201-210 E10.2 cm+3/s RC20 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.101eV 211-220 E10.2 cm+3/s RC21 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -8.001eV 221-230 E10.2 cm+3/s RC22 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.901eV 231-240 E10.2 cm+3/s RC23 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.801eV 241-250 E10.2 cm+3/s RC24 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.701eV 251-260 E10.2 cm+3/s RC25 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.601eV 261-270 E10.2 cm+3/s RC26 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.501eV 271-280 E10.2 cm+3/s RC27 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.401eV 281-290 E10.2 cm+3/s RC28 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.301eV 291-300 E10.2 cm+3/s RC29 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.201eV 301-310 E10.2 cm+3/s RC30 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.101eV 311-320 E10.2 cm+3/s RC31 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -7.001eV 321-330 E10.2 cm+3/s RC32 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.901eV 331-340 E10.2 cm+3/s RC33 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.801eV 341-350 E10.2 cm+3/s RC34 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.701eV 351-360 E10.2 cm+3/s RC35 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.601eV 361-370 E10.2 cm+3/s RC36 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.501eV 371-380 E10.2 cm+3/s RC37 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.401eV 381-390 E10.2 cm+3/s RC38 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.301eV 391-400 E10.2 cm+3/s RC39 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.201eV 401-410 E10.2 cm+3/s RC40 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.101eV 411-420 E10.2 cm+3/s RC41 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -6.001eV 421-430 E10.2 cm+3/s RC42 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.901eV 431-440 E10.2 cm+3/s RC43 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.801eV 441-450 E10.2 cm+3/s RC44 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.701eV 451-460 E10.2 cm+3/s RC45 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.601eV 461-470 E10.2 cm+3/s RC46 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.501eV 471-480 E10.2 cm+3/s RC47 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.401eV 481-490 E10.2 cm+3/s RC48 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.301eV 491-500 E10.2 cm+3/s RC49 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.201eV 501-510 E10.2 cm+3/s RC50 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.101eV 511-520 E10.2 cm+3/s RC51 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -5.001eV 521-530 E10.2 cm+3/s RC52 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.901eV 531-540 E10.2 cm+3/s RC53 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.801eV 541-550 E10.2 cm+3/s RC54 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.701eV 551-560 E10.2 cm+3/s RC55 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.601eV 561-570 E10.2 cm+3/s RC56 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.501eV 571-580 E10.2 cm+3/s RC57 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.401eV 581-590 E10.2 cm+3/s RC58 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.301eV 591-600 E10.2 cm+3/s RC59 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.201eV 601-610 E10.2 cm+3/s RC60 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.101eV 611-620 E10.2 cm+3/s RC61 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -4.001eV 621-630 E10.2 cm+3/s RC62 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.901eV 631-640 E10.2 cm+3/s RC63 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.801eV 641-650 E10.2 cm+3/s RC64 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.701eV 651-660 E10.2 cm+3/s RC65 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.601eV 661-670 E10.2 cm+3/s RC66 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.501eV 671-680 E10.2 cm+3/s RC67 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.401eV 681-690 E10.2 cm+3/s RC68 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.301eV 691-700 E10.2 cm+3/s RC69 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.201eV 701-710 E10.2 cm+3/s RC70 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.101eV 711-720 E10.2 cm+3/s RC71 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -3.001eV 721-730 E10.2 cm+3/s RC72 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.901eV 731-740 E10.2 cm+3/s RC73 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.801eV 741-750 E10.2 cm+3/s RC74 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.701eV 751-760 E10.2 cm+3/s RC75 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.601eV 761-770 E10.2 cm+3/s RC76 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.501eV 771-780 E10.2 cm+3/s RC77 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.401eV 781-790 E10.2 cm+3/s RC78 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.301eV 791-800 E10.2 cm+3/s RC79 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.201eV 801-810 E10.2 cm+3/s RC80 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.101eV 811-820 E10.2 cm+3/s RC81 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -2.001eV 821-830 E10.2 cm+3/s RC82 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.901eV 831-840 E10.2 cm+3/s RC83 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.801eV 841-850 E10.2 cm+3/s RC84 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.701eV 851-860 E10.2 cm+3/s RC85 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.601eV 861-870 E10.2 cm+3/s RC86 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.501eV 871-880 E10.2 cm+3/s RC87 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.401eV 881-890 E10.2 cm+3/s RC88 (De)-excitation rate coefficient for transition to the final state A^+ + H with Ef = -1.301eV
Byte-by-byte Description of file: nd*.dat
Bytes Format Units Label Explanations
1- 10 E10.2 eV Ef Electron bound energy for the final state A2+^ + H 11- 20 E10.2 cm^3/s RC Neutralization rate coefficient for transition from A3+ + H to state Ef
Byte-by-byte Description of file: double/*
Bytes Format Units Label Explanations
1- 10 E10.2 eV Ei Electron bound energy for the initial state A+ + H 11- 20 E10.2 cm+3/s RC1 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -15.001eV 21- 30 E10.2 cm+3/s RC2 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.901eV 31- 40 E10.2 cm+3/s RC3 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.801eV 41- 50 E10.2 cm+3/s RC4 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.701eV 51- 60 E10.2 cm+3/s RC5 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.601eV 61- 70 E10.2 cm+3/s RC6 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.501eV 71- 80 E10.2 cm+3/s RC7 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.401eV 81- 90 E10.2 cm+3/s RC8 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.301eV 91-100 E10.2 cm+3/s RC9 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.201eV 101-110 E10.2 cm+3/s RC10 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.101eV 111-120 E10.2 cm+3/s RC11 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -14.001eV 121-130 E10.2 cm+3/s RC12 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.901eV 131-140 E10.2 cm+3/s RC13 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.801eV 141-150 E10.2 cm+3/s RC14 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.701eV 151-160 E10.2 cm+3/s RC15 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.601eV 161-170 E10.2 cm+3/s RC16 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.501eV 171-180 E10.2 cm+3/s RC17 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.401eV 181-190 E10.2 cm+3/s RC18 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.301eV 191-200 E10.2 cm+3/s RC19 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.201eV 201-210 E10.2 cm+3/s RC20 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.101eV 211-220 E10.2 cm+3/s RC21 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -13.001eV 221-230 E10.2 cm+3/s RC22 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.901eV 231-240 E10.2 cm+3/s RC23 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.801eV 241-250 E10.2 cm+3/s RC24 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.701eV 251-260 E10.2 cm+3/s RC25 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.601eV 261-270 E10.2 cm+3/s RC26 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.501eV 271-280 E10.2 cm+3/s RC27 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.401eV 281-290 E10.2 cm+3/s RC28 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.301eV 291-300 E10.2 cm+3/s RC29 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.201eV 301-310 E10.2 cm+3/s RC30 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.101eV 311-320 E10.2 cm+3/s RC31 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -12.001eV 321-330 E10.2 cm+3/s RC32 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.901eV 331-340 E10.2 cm+3/s RC33 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.801eV 341-350 E10.2 cm+3/s RC34 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.701eV 351-360 E10.2 cm+3/s RC35 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.601eV 361-370 E10.2 cm+3/s RC36 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.501eV 371-380 E10.2 cm+3/s RC37 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.401eV 381-390 E10.2 cm+3/s RC38 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.301eV 391-400 E10.2 cm+3/s RC39 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.201eV 401-410 E10.2 cm+3/s RC40 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.101eV 411-420 E10.2 cm+3/s RC41 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -11.001eV 421-430 E10.2 cm+3/s RC42 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.901eV 431-440 E10.2 cm+3/s RC43 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.801eV 441-450 E10.2 cm+3/s RC44 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.701eV 451-460 E10.2 cm+3/s RC45 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.601eV 461-470 E10.2 cm+3/s RC46 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.501eV 471-480 E10.2 cm+3/s RC47 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.401eV 481-490 E10.2 cm+3/s RC48 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.301eV 491-500 E10.2 cm+3/s RC49 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.201eV 501-510 E10.2 cm+3/s RC50 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.101eV 511-520 E10.2 cm+3/s RC51 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -10.001eV 521-530 E10.2 cm+3/s RC52 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.901eV 531-540 E10.2 cm+3/s RC53 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.801eV 541-550 E10.2 cm+3/s RC54 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.701eV 551-560 E10.2 cm+3/s RC55 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.601eV 561-570 E10.2 cm+3/s RC56 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.501eV 571-580 E10.2 cm+3/s RC57 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.401eV 581-590 E10.2 cm+3/s RC58 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.301eV 591-600 E10.2 cm+3/s RC59 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.201eV 601-610 E10.2 cm+3/s RC60 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.101eV 611-620 E10.2 cm+3/s RC61 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -9.001eV 621-630 E10.2 cm+3/s RC62 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.901eV 631-640 E10.2 cm+3/s RC63 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.801eV 641-650 E10.2 cm+3/s RC64 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.701eV 651-660 E10.2 cm+3/s RC65 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.601eV 661-670 E10.2 cm+3/s RC66 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.501eV 671-680 E10.2 cm+3/s RC67 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.401eV 681-690 E10.2 cm+3/s RC68 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.301eV 691-700 E10.2 cm+3/s RC69 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.201eV 701-710 E10.2 cm+3/s RC70 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.101eV 711-720 E10.2 cm+3/s RC71 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -8.001eV 721-730 E10.2 cm+3/s RC72 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.901eV 731-740 E10.2 cm+3/s RC73 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.801eV 741-750 E10.2 cm+3/s RC74 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.701eV 751-760 E10.2 cm+3/s RC75 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.601eV 761-770 E10.2 cm+3/s RC76 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.501eV 771-780 E10.2 cm+3/s RC77 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.401eV 781-790 E10.2 cm+3/s RC78 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.301eV 791-800 E10.2 cm+3/s RC79 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.201eV 801-810 E10.2 cm+3/s RC80 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.101eV 811-820 E10.2 cm+3/s RC81 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -7.001eV 821-830 E10.2 cm+3/s RC82 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.901eV 831-840 E10.2 cm+3/s RC83 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.801eV 841-850 E10.2 cm+3/s RC84 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.701eV 851-860 E10.2 cm+3/s RC85 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.601eV 861-870 E10.2 cm+3/s RC86 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.501eV 871-880 E10.2 cm+3/s RC87 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.401eV 881-890 E10.2 cm+3/s RC88 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.301eV 891-900 E10.2 cm+3/s RC89 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.201eV 901-910 E10.2 cm+3/s RC90 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.101eV 911-920 E10.2 cm+3/s RC91 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -6.001eV 921-930 E10.2 cm+3/s RC92 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.901eV 931-940 E10.2 cm+3/s RC93 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.801eV 941-950 E10.2 cm+3/s RC94 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.701eV 951-960 E10.2 cm+3/s RC95 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.601eV 961-970 E10.2 cm+3/s RC96 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.501eV 971-980 E10.2 cm+3/s RC97 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.401eV 981-990 E10.2 cm+3/s RC98 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.301eV 991-1000 E10.2 cm+3/s RC99 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.201eV 1001-1010 E10.2 cm+3/s RC100 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.101eV 1011-1020 E10.2 cm+3/s RC101 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -5.001eV 1021-1030 E10.2 cm+3/s RC102 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.901eV 1031-1040 E10.2 cm+3/s RC103 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.801eV 1041-1050 E10.2 cm+3/s RC104 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.701eV 1051-1060 E10.2 cm+3/s RC105 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.601eV 1061-1070 E10.2 cm+3/s RC106 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.501eV 1071-1080 E10.2 cm+3/s RC107 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.401eV 1081-1090 E10.2 cm+3/s RC108 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.301eV 1091-1100 E10.2 cm+3/s RC109 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.201eV 1101-1110 E10.2 cm+3/s RC110 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.101eV 1111-1120 E10.2 cm+3/s RC111 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -4.001eV 1121-1130 E10.2 cm+3/s RC112 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.901eV 1131-1140 E10.2 cm+3/s RC113 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.801eV 1141-1150 E10.2 cm+3/s RC114 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.701eV 1151-1160 E10.2 cm+3/s RC115 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.601eV 1161-1170 E10.2 cm+3/s RC116 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.501eV 1171-1180 E10.2 cm+3/s RC117 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.401eV 1181-1190 E10.2 cm+3/s RC118 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.301eV 1191-1200 E10.2 cm+3/s RC119 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.201eV 1201-1210 E10.2 cm+3/s RC120 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.101eV 1211-1220 E10.2 cm+3/s RC121 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -3.001eV 1221-1230 E10.2 cm+3/s RC122 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.901eV 1231-1240 E10.2 cm+3/s RC123 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.801eV 1241-1250 E10.2 cm+3/s RC124 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.701eV 1251-1260 E10.2 cm+3/s RC125 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.601eV 1261-1270 E10.2 cm+3/s RC126 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.501eV 1271-1280 E10.2 cm+3/s RC127 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.401eV 1281-1290 E10.2 cm+3/s RC128 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.301eV 1291-1300 E10.2 cm+3/s RC129 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.201eV 1301-1310 E10.2 cm+3/s RC130 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.101eV 1311-1320 E10.2 cm+3/s RC131 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -2.001eV 1321-1330 E10.2 cm+3/s RC132 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -1.901eV 1331-1340 E10.2 cm+3/s RC133 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -1.801eV 1341-1350 E10.2 cm+3/s RC134 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -1.701eV 1351-1360 E10.2 cm+3/s RC135 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -1.601eV 1361-1370 E10.2 cm+3/s RC136 (De)-excitation rate coefficient for transition to the final state A+ + H with Ef = -1.501eV
Acknowledgements: A.K. Belyaev, andrey.k.belyaev(at)gmail.com References: Belyaev et al., Paper I, 2017A&A...606A.106B, Cat. J/A+A/606/A106
(End) A.K. Belyaev [Herzen University], Patricia Vannier [CDS] 30-Oct-2017
The document above follows the rules of the Standard Description for Astronomical Catalogues.From this documentation it is possible to generate f77 program to load files into arrays or line by line

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