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PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS.

(1993) NUCLEAR PHYSICS A. 563(1). p.1-20
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Chicago
Van Neck, Dimitri, Michel Waroquier, Veerle Van Der Sluys, and Kristiaan Heyde. 1993. “PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS.” Nuclear Physics A 563 (1): 1–20.
APA
Van Neck, D., Waroquier, M., Van Der Sluys, V., & Heyde, K. (1993). PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS. NUCLEAR PHYSICS A, 563(1), 1–20.
Vancouver
1.
Van Neck D, Waroquier M, Van Der Sluys V, Heyde K. PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS. NUCLEAR PHYSICS A. 1993;563(1):1–20.
MLA
Van Neck, Dimitri, Michel Waroquier, Veerle Van Der Sluys, et al. “PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS.” NUCLEAR PHYSICS A 563.1 (1993): 1–20. Print.
@article{203421,
  author       = {Van Neck, Dimitri and Waroquier, Michel and Van Der Sluys, Veerle and Heyde, Kristiaan},
  issn         = {0375-9474},
  journal      = {NUCLEAR PHYSICS A},
  language     = {eng},
  number       = {1},
  pages        = {1--20},
  title        = {PROTON HOLE STATES IN PB-208, STUDIED BY MEANS OF A SELF-CONSISTENT SOLUTION OF THE 2ND-ORDER DYSON EQUATION FOR SINGLE-PARTICLE PROPAGATORS.},
  volume       = {563},
  year         = {1993},
}