Obtaining information on low-energy cross sections is essential for understanding the Universe. Due to the presence of Coulomb barrier and the electron clouds this is usually done by means of theoretical extrapolations. Several indirect methods have been suggested to overcome these difficulties and among them the Trojan Horse Method has already been successful in several cases, which are briefly reviewed in this paper. Some astrophysical implications are also discussed.

Indirect measurements of lithium isotopes destruction cross section in astrophysical environment

DEGL'INNOCENTI, SCILLA
2003-01-01

Abstract

Obtaining information on low-energy cross sections is essential for understanding the Universe. Due to the presence of Coulomb barrier and the electron clouds this is usually done by means of theoretical extrapolations. Several indirect methods have been suggested to overcome these difficulties and among them the Trojan Horse Method has already been successful in several cases, which are briefly reviewed in this paper. Some astrophysical implications are also discussed.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/82128
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