22Ne(p,g)23Na

22Ne(p,g)23Na

Iliadis et al. 2010

Thermonuclear reaction rate obtained using a method based on Monte Carlo techniques. Low rate, median rate and high rate correspond to the 0.16, 0.50 and 0.84 quantiles, respectively, of the cumulative reaction rate distribution.

Link to the publication: Nuclear Physics A 841 (2010) 31–250

Download “22Ne(p,g)23Na Iliadis et al. 2010” Iliadis_Ne22pg_2010.txt – Downloaded 543 times – 2.90 KB

Williams et al. 2020

This study presents new strength values for seven resonances, as well as a study of direct capture. The experiment was performed in inverse kinematics by impinging an intense isotopically pure beam of 22Ne onto a windowless H2 gas target.

Link to publication: Phys. Rev. C 102, 035801

Download “22Ne(p,g)23Na Williams et al. 2020” Williams2020_Ne22pg.txt – Downloaded 537 times – 2.70 KB

Takács et al. 2024

LUNA measurement using intense proton beam delivered to a 22Ne gas target. The 𝛾 rays from the 22Ne⁢(𝑝,𝛾)⁢23Na reaction were detected by a high efficiency 4⁢𝜋, sixfold segmented bismuth germanate (BGO) detector.

Link to the publication.

Download “22ne_pg_TakacsM_PRC_2024” 22ne_pg_TakacsM_PRC_2024.txt – Downloaded 85 times – 1.97 KB

Published
Categorized as p_g

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