Production and characterization of hot nuclei in the reactions of 19 and 35 MeV/u 14N with 145Sm
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Impact of the quenching of shell effects with excitation energy on nuclear level density
2023, Nuclear Physics AThe interplay between the nuclear level density and the separation energy of rotating superheavy nucleus Z = 119 at low temperature regime
2020, Nuclear Physics ACitation Excerpt :The experimental evidence of the temperature dependence of the level density parameter has been reported by many authors [76–80], [84–86] and the experimental results concerning the temperature dependence of the level density parameter have been reported by Rossner et al. [85], Gonin et al., [86] and Hilscher et al. [80]. The temperature dependence of the ldp was extracted by Civitarese and Schvellinger [50] from the measurements [76–80], [84–86] and compared with the experimental values [82], [86–88] (see Fig. 1 of Ref. [50]), and it was reported that the value of inverse level density parameter is of the order of 8 MeV at low temperatures. In our present work, from the Table 2, it is very clear that the said value coincides very well at low temperature level, i.e., T≤ 1.0 MeV, which also agree with the empirical value extracted from slow neutron resonances [89].
The experimental liquid-vapor phase diagram of bulk nuclear matter
2011, Journal of Physics G: Nuclear and Particle PhysicsEvidence on the high energy behavior of nuclear level density parameter
2024, Physica Scripta
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