Articles citing this paper
The 12C(a,?)16O Cross Section at Stellar Energies
FC Barker
40(1) pp.25 - 38
51 articles found in Crossref database.
Energy of the first excited state ofB9
Barker F. C.
Physical Review C. 1996 53(5). p.2539
Constraints on the low-energyE1cross section of12C(α,γ)16Ofrom theβ-delayedαspectrum of16N[Phys. Rev. C50, 1194 (1994)]
Azuma R. E.,
Buchmann L.,
Barker F. C.,
Barnes C. A.,
D'Auria J. M.,
Dombsky M.,
Giesen U.,
Jackson K. P.,
King J. D.,
Korteling R. G.,
McNeely P.,
Powell J.,
Roy G.,
Vincent J.,
Wang T. R.,
Wong S. S. M., Wrean P. R.
Physical Review C. 1997 56(3). p.1655
Radiative capture reactions via indirect methods
Mukhamedzhanov A. M., Rogachev G. V.
Physical Review C. 2017 96(4).
C12(α,γ)16OE2 cross section in a microscopic four-alpha model
Descouvemont P.
Physical Review C. 1993 47(1). p.210
Low-lying levels ofB9
Sherr R., Fortune H. T.
Physical Review C. 2004 70(5).
Be9andB9nuclei in a microscopic three-cluster model
Descouvemont P.
Physical Review C. 1989 39(4). p.1557
Constraints on energy ofB9(1/2+) andC10(02+)
Fortune H. T., Sherr R.
Physical Review C. 2006 73(6).
The
C12(α,γ)O16
reaction and its implications for stellar helium burning
deBoer R. J.,
Görres J.,
Wiescher M.,
Azuma R. E.,
Best A.,
Brune C. R.,
Fields C. E.,
Jones S.,
Pignatari M.,
Sayre D.,
Smith K.,
Timmes F. X., Uberseder E.
Reviews of Modern Physics. 2017 89(3).
E1andE2cross sections of theC12(α,γ0)O16reaction using pulsedαbeams
Makii H.,
Nagai Y.,
Shima T.,
Segawa M.,
Mishima K.,
Ueda H.,
Igashira M., Ohsaki T.
Physical Review C. 2009 80(6).
Bound, virtual, and resonanceS-matrix poles from the Schrödinger equation
Mukhamedzhanov A. M.,
Irgaziev B. F.,
Goldberg V. Z.,
Orlov Yu. V., Qazi I.
Physical Review C. 2010 81(5).
Astrophysical Reaction Rate of12C(α, γ)16O
Kunz R.,
Fey M.,
Jaeger M.,
Mayer A.,
Hammer J. W.,
Staudt G.,
Harissopulos S., Paradellis T.
The Astrophysical Journal. 2002 567(1). p.643
Electric-multipole interference effects in the12C(α,γ0)16Oreaction
Brune C. R.
Physical Review C. 2001 64(5).
The beta -delayed alpha spectrum of16N and the low-energy extrapolation of the12C( alpha , gamma )16O cross section
Buchmann L,
Azuma R E,
Barnes C A,
Chen A,
Chen J,
D'Auria J M,
Dombsky M,
Giesen U,
Jackson K P,
King J D,
Korteling R,
McNeely P,
Powell J,
Roy G,
Trinczek M,
Vincent J,
Wrean P R, Wong S S M
Journal of Physics G: Nuclear and Particle Physics. 1993 19(S). p.S115
Constraints on the low-energyE1 cross section ofC12(α,γ)16O from the β-delayed α spectrum ofN16
Azuma R. E.,
Buchmann L.,
Barker F. C.,
Barnes C. A.,
D’Auria J. M.,
Dombsky M.,
Giesen U.,
Jackson K. P.,
King J. D.,
Korteling R. G.,
McNeely P.,
Powell J.,
Roy G.,
Vincent J.,
Wang T. R.,
Wong S. S. M., Wrean P. R.
Physical Review C. 1994 50(2). p.1194
E1andE2Sfactors ofC12(α,γ0)O16fromγ-ray angular distributions with a 4π-detector array
Assunção M.,
Fey M.,
Lefebvre-Schuhl A.,
Kiener J.,
Tatischeff V.,
Hammer J. W.,
Beck C.,
Boukari-Pelissie C.,
Coc A.,
Correia J. J.,
Courtin S.,
Fleurot F.,
Galanopoulos E.,
Grama C.,
Haas F.,
Hammache F.,
Hannachi F.,
Harissopulos S.,
Korichi A.,
Kunz R.,
LeDu D.,
Lopez-Martens A.,
Malcherek D.,
Meunier R.,
Paradellis Th.,
Rousseau M.,
Rowley N.,
Staudt G.,
Szilner S.,
Thibaud J. P., Weil J. L.
Physical Review C. 2006 73(5).
First excited12+state in9B
Baldwin T. D.,
Catford W. N.,
Mahboub D.,
Timis C. N.,
Ashwood N. I.,
Clarke N. M.,
Curtis N.,
Ziman V.,
Brown T. A. D.,
Fox S. P.,
Fulton B. R.,
Groombridge D.,
Watson D. L.,
Pucknell V. F. E., Weisser D. C.
Physical Review C. 2012 86(3).
Nuclei in the Cosmos (1991)
Coincidence measurement of the12C(α,γ)16O cross section at low energies
Kremer R. M.,
Barnes C. A.,
Chang K. H.,
Evans H. C.,
Filippone B. W.,
Hahn K. H., Mitchell L. W.
Physical Review Letters. 1988 60(15). p.1475
Low-energy cross sections in the12C(α,γ)16Oreaction
Katsuma M.
Physical Review C. 2008 78(3).
TheR-matrix theory
Descouvemont P, Baye D
Reports on Progress in Physics. 2010 73(3). p.036301
The β-delayed α-spectrum of 16N, and its role in defining the astrophysical cross section for 12C(α,γ)16O
Barnes C.A.
Nuclear Physics A. 1995 588(1). p.c295
Investigation of the
B9
nucleus and its cluster-nucleon correlations
Zhao Qing,
Ren Zhongzhou,
Lyu Mengjiao,
Horiuchi Hisashi,
Funaki Yasuro,
Röpke Gerd,
Schuck Peter,
Tohsaki Akihiro,
Xu Chang,
Yamada Taiichi, Zhou Bo
Physical Review C. 2018 97(5).
Advances in Nuclear Physics (2002)
Resonance structure of9Beand9Bin a microscopic cluster model
Arai K.,
Descouvemont P.,
Baye D., Catford W. N.
Physical Review C. 2003 68(1).
Measurement of low-lying states inB9
Tiede M. A.,
Kemper K. W.,
Fletcher N. R.,
Robson D.,
Caussyn D. D.,
Bennett S. J.,
Brown J. D.,
Catford W. N.,
Jones C. D.,
Watson D. L., Rae W. D. M.
Physical Review C. 1995 52(3). p.1315
Comment on ‘‘Energies and widths of low-lying levels inBe11and’11
Barker F. C.
Physical Review C. 1996 53(3). p.1449
Synthesis of the elements in stars: forty years of progress
Wallerstein George,
Iben Icko,
Parker Peter,
Boesgaard Ann Merchant,
Hale Gerald M.,
Champagne Arthur E.,
Barnes Charles A.,
Käppeler Franz,
Smith Verne V.,
Hoffman Robert D.,
Timmes Frank X.,
Sneden Chris,
Boyd Richard N.,
Meyer Bradley S., Lambert David L.
Reviews of Modern Physics. 1997 69(4). p.995
A test of K-matrix formulae
Barker F.C.
Nuclear Physics A. 1994 575(2). p.361
Extracting the complex energy of broad resonances by the S-matrix pole method
Irgaziev B. F.,
Mukhamedzhanov A. M.,
Orlov Yu. V., Blokhintsev L. D.
Bulletin of the Russian Academy of Sciences: Physics. 2011 75(4). p.511
R-matrix and K-matrix analysis of elastic α-α scattering
Humblet J.,
Csótó A., Langanke K.
Nuclear Physics A. 1998 638(3-4). p.714
Energies ofB9(1/2+)andC10(02+)
Barker F. C.
Physical Review C. 2009 79(1).
THEORETICAL REACTION RATES OF12C(α, γ)16O BELOWT9= 3
Katsuma M.
The Astrophysical Journal. 2012 745(2). p.192
Trojan horse method as an indirect approach to study resonant reactions in nuclear astrophysics
Mukhamedzhanov A. M.,
Kadyrov A. S., Pang D. Y.
The European Physical Journal A. 2020 56(9).
Microscopic theory of β-decay towards unbound states
Baye D., Descouvemont P.
Nuclear Physics A. 1988 481(3). p.445
Low-lying states in the unboundN11nucleus
Casarejos E.,
Angulo C.,
Woods P. J.,
Barker F. C.,
Descouvemont P.,
Aliotta M.,
Davinson T.,
Demaret P.,
Gaelens M.,
Leleux P.,
Liu Z.,
Loiselet M.,
Murphy A. S.,
Ninane A.,
Roberts I. A.,
Ryckewaert G.,
Schweitzer J. S., Vanderbist F.
Physical Review C. 2006 73(1).
Energy levels of light nuclei
Tilley D.R.,
Kelley J.H.,
Godwin J.L.,
Millener D.J.,
Purcell J.E.,
Sheu C.G., Weller H.R.
Nuclear Physics A. 2004 745(3-4). p.155
Cross Section Measurement for the 9Be( d, p 0) 10Be and 9Be( d, p 1) 10Be* Reactions in Sub-Barrier Energy Region
Han Yafei,
Wang Yunyu,
Han Xueyan,
Zhao Weijia,
Dai Xiaorong,
Wang Qaing, Fang Kaihong
SSRN Electronic Journal . 2022
C12(α,γ)16O cross sections at stellar energies
Ouellet J. M. L.,
Evans H. C.,
Lee H. W.,
Leslie J. R.,
MacArthur J. D.,
McLatchie W.,
Mak H.-B.,
Skensved P.,
Whitton J. L.,
Zhao X., Alexander T. K.
Physical Review Letters. 1992 69(13). p.1896
K-matrix analysis of resonance nuclear reactions
Humblet J.
Physical Review C. 1990 42(4). p.1582
Nucleosynthesis in massive stars and the 12C(α, γ)16O reaction rate
Weaver Thomas A., Woosley S.E.
Physics Reports. 1993 227(1-5). p.65
β-delayed α spectrum ofN16and theC12(α,γ)16O cross section at low energies
Buchmann L.,
Azuma R. E.,
Barnes C. A.,
D’Auria J. M.,
Dombsky M.,
Giesen U.,
Jackson K. P.,
King J. D.,
Korteling R. G.,
McNeely P.,
Powell J.,
Roy G.,
Vincent J.,
Wang T. R.,
Wong S. S. M., Wrean P. R.
Physical Review Letters. 1993 70(6). p.726
Energies and widths of states inB9
Burlein M.,
Fortune H. T.,
Kutt P. H.,
Gilman R.,
Sherr R., Brown J. D.
Physical Review C. 1988 38(5). p.2078
T=3∕2levels inA=11nuclei
Barker F. C.
Physical Review C. 2004 69(2).
Ambiguities in the rate of oxygen formation during stellar helium burning in the12C(α,γ) reaction
Gai Moshe
Physical Review C. 2013 88(6).
R-matrix analysis of interference effects in12C(α,α)12Cand12C(α,γ)16O
Angulo C., Descouvemont P.
Physical Review C. 2000 61(6).
Constraints on theC12(α,γ)16O astrophysicalSfactor from the beta-delayed α emission ofN16
Ji Xiangdong,
Filippone B. W.,
Humblet J., Koonin S. E.
Physical Review C. 1990 41(4). p.1736
Investigation of particle-unbound excited states in light nuclei with resonance-decay spectroscopy using aBe12beam
Charity R. J.,
Komarov S. A.,
Sobotka L. G.,
Clifford J.,
Bazin D.,
Gade A.,
Lee Jenny,
Lukyanov S. M.,
Lynch W. G.,
Mocko M.,
Lobastov S. P.,
Rogers A. M.,
Sanetullaev A.,
Tsang M. B.,
Wallace M. S.,
Zegers R. G. T.,
Hudan S.,
Metelko C.,
Famiano M. A.,
Wuosmaa A. H., van Goethem M. J.
Physical Review C. 2008 78(5).
The missing mirror state in 9B
Catford W.N.,
Fifield L.K.,
Reber E.L.,
Kemper K.W., Brown J.D.
Nuclear Physics A. 1992 550(3). p.517
Level matrix,N16β decay, and theC12(α,γ)16O reaction
Humblet J.,
Filippone B. W., Koonin S. E.
Physical Review C. 1991 44(6). p.2530
Level widths in 9He and 10He
Barker F.C
Nuclear Physics A. 2004 741 p.42
K-matrix analysis of theC12(α,γ) reaction at low energy
Filippone B. W.,
Humblet J., Langanke K.
Physical Review C. 1989 40(2). p.515
