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Bem, P.; Simeckova, E.; Vercimak, P.; Ad''yasevich, B.P.; Antonenko, V.G.
Nukleonika '98. Book of abstracts1998
Nukleonika '98. Book of abstracts1998
AbstractAbstract
[en] The low-energy reaction 3H(d,n)4He was studied phenomenologically making use of the threshold properties of the binary reaction amplitude parameters (barrier-penetrability model) in the formalism of the Wigner-Eisenbud resonance (R-matrix) theory. A formula was derived for the description of the amplitude of scattering and reaction in the 5He system within the energy region of the threshold of the d+3H channel (5He* = 17.6 MeV), which is a function of two free parameters only. The results were used to discuss the 'complete set of experiments' (minimum number of linearly independent measurables) in the 5He system, making possible a unique empirical determination of the transition amplitudes (the phase analysis) in the states of the S-, P-, and D-waves of the two channels, d+ 3e and n+4He
Original Title
R-maticova parametrizace reakce 3H(d,n)4He v prahovem priblizeni
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Source
Faculty of Nuclear Science and Physical Engineering, Czech Technical University, Prague (Czech Republic); [104 p.]; Oct 1998; p. 7; Nukleonika '98; Prague (Czech Republic); 9-10 Sep 1998
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