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High resolution studies of low lying GT strength using the (d,He-2) reaction and its impact on electron-capture rates in stellar environments

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MLA
WORTCHE, HJ, AM VAN DEN BERG, VM HANNEN, et al. “High Resolution Studies of Low Lying GT Strength Using the (d,He-2) Reaction and Its Impact on Electron-capture Rates in Stellar Environments.” NUCLEAR PHYSICS A 719 (2003): 131. Print.
APA
WORTCHE, H., VAN DEN BERG, A., HANNEN, V., HARAKEH, M., DE HUU, M., De Frenne, D., Hagemann, M., et al. (2003). High resolution studies of low lying GT strength using the (d,He-2) reaction and its impact on electron-capture rates in stellar environments. NUCLEAR PHYSICS A, 719, 131.
Chicago author-date
WORTCHE, HJ, AM VAN DEN BERG, VM HANNEN, MN HARAKEH, MA DE HUU, Denis De Frenne, Markus Hagemann, et al. 2003. “High Resolution Studies of Low Lying GT Strength Using the (d,He-2) Reaction and Its Impact on Electron-capture Rates in Stellar Environments.” Nuclear Physics A 719: 131.
Chicago author-date (all authors)
WORTCHE, HJ, AM VAN DEN BERG, VM HANNEN, MN HARAKEH, MA DE HUU, Denis De Frenne, Markus Hagemann, J HEYSE, Etienne Jacobs, C BAUMER, D FREKERS, S RAKERS, and R SCHMIDT. 2003. “High Resolution Studies of Low Lying GT Strength Using the (d,He-2) Reaction and Its Impact on Electron-capture Rates in Stellar Environments.” Nuclear Physics A 719: 131.
Vancouver
1.
WORTCHE H, VAN DEN BERG A, HANNEN V, HARAKEH M, DE HUU M, De Frenne D, et al. High resolution studies of low lying GT strength using the (d,He-2) reaction and its impact on electron-capture rates in stellar environments. NUCLEAR PHYSICS A. Elsevier Science; 2003;719:131.
IEEE
[1]
H. WORTCHE et al., “High resolution studies of low lying GT strength using the (d,He-2) reaction and its impact on electron-capture rates in stellar environments,” NUCLEAR PHYSICS A, vol. 719, p. 131, 2003.
@article{218980,
  author       = {WORTCHE, HJ and VAN DEN BERG, AM and HANNEN, VM and HARAKEH, MN and DE HUU, MA and De Frenne, Denis and Hagemann, Markus and HEYSE, J and Jacobs, Etienne and BAUMER, C and FREKERS, D and RAKERS, S and SCHMIDT, R},
  issn         = {0375-9474},
  journal      = {NUCLEAR PHYSICS A},
  language     = {eng},
  pages        = {131C-134C},
  publisher    = {Elsevier Science},
  title        = {High resolution studies of low lying GT strength using the (d,He-2) reaction and its impact on electron-capture rates in stellar environments},
  volume       = {719},
  year         = {2003},
}

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