Cluster Radioactivity in 127I
Journal Title: Journal of Nuclear Physics, Material Sciences, Radiation and Applications - Year 2013, Vol 1, Issue 1
Abstract
Using the preformation cluster model of Gupta and collaborators we have studied all the possible cluster decay modes of 127 I. The calculated half-lives are compared with recently measured lower limits of cluster decay half-lives (for the clusters like 24Ne, 28Mg, 30Mg, 32Si, 34Si, 48Ca and 49Sc) of 127I. Our calculated half-life values lies well above the experimentally measured lower limits and the trend of the values also matches with experimental ones.
Authors and Affiliations
M. Balasubramaniam , K. Manimaran
Higgs Sector with Spontaneous CP Violation in S(3) Standard Model
Conditions for spontaneous Charge-Parity (CP) violation in the scalar potential sector of general S(3) Higgs-doublet model (3HDM) are analyzed. An analysis of the Higgs sector of the minimal S(3)-invariant extension of t...
Fission Dynamics: The Quest of a Temperature Dependent Nuclear Viscosity
This paper presents a journey within some open questions about the current use of a temperature dependent nuclear viscosity in models of nuclear fission and proposes an alternative experimental approach by using systems...
X-Ray Fluorescence Analysis of Fine Atmospheric Aerosols from a Site in Mexico City
A study was performed in the Winter of the year 2015 in a Southwestern site in the MAMC (Ciudad Universitaria), collecting PM2.5 samples with a MiniVol. As a part of wider study focused to fully characterize aerosols at...
PADC Detected External Neutron Field by Nuclear Tracks at RFX-mod
Measured neutron signals relevant for plasma diagnostics on Reversed Field pinch eXperiment, RFX-mod, are obtained by nuclear track methodology with PADC-NtD’s. this technique provides the external neutron field values a...
Influence of Mo6+ on Dielectric properties of Copper Ferrites
Two series of copper ferrites are prepared using the chemical compositional formula Cu 1.0-3y Fe 2.0-2xMo x + yO4.0. They are calcinated at 750 C and sintered at 950C. When x =y = 0.0, the ε′ of the basic copper ferrite...