Fazio, G., Giardina, G., Mandaglio, G., Ruggeri, R., Muminov, A.I., Nasirov, A.K., et al. (2005) Strong Influence of the Entrance Channel on the Formation of Compound Nuclei Th 216, 222*and Their Evaporation Residues. Physical Review C, 72, Article ID: 064614.
https://doi.org/10.1103/physrevc.72.064614

has been cited by the following article:

• TITLE: Can the Hypothetical Protons Emitted by the Shroud’s Man Furnish an I(z) Correlation?

  AUTHORS: Giovanni Fazio

  KEYWORDS: Hypothesis Radiative, Protons in the Matter, Energy Lost by Protons, I(z) Correlations, Comparison

  JOURNAL NAME: Open Journal of Applied Sciences, Vol.14 No.8, August 5, 2024

  ABSTRACT: Recently, we have investigated the hypothesis radiative demonstrating that the two penetrated thicknesses (in air and linen) are not compatible with a single energy of the protons. Furthermore, we deduced that the distribution of energy, released by the above particles, on the burial linen has not a linear trend when the body-burial linen distance changes. Now, in this article we want to deduce the I(z) relationship, between the Image Intensity of the colour produced by protons on a linen and the z distance from the source (of Protons) and the same linen. To achieve the result in an analytical form and make a comparison with the same function extracted from the Shroud, we used the empirical expression Range-Energy for protons in air of Wilson-Brobeck. Thus, we obtain a result I(z) = Im [1 − (z/R)5/9] that is different from the one extracted from the Turin Linen I(z) = IM (1 − z/R0). We have also the same information using the Range-Energy curves for protons of Rogozinski. The result is negative for the radiative hypothesis that is unable to produce the Shroud Body Image. Therefore, to investigate the above unknown process of formation, it is necessary to think about another one.