Abstract
The present article deals with the preparation of novel in-situ layered B4C and PbO reinforced solution casted layered polymer composites (SCLPC) for irradiation shielding applications. Two distinct layers of B4C and PbO were formed inherently in the sample owing to the difference in density of the reinforcements in the epoxy matrix. The formed layers were distinct and the interface was continuous as well. Further, the as-prepared in-situ layered sample was subjected to XRD and FTIR to confirm the particle reinforcements and chemical stability respectively. The gamma irradiation shielding studies revealed the superior efficiency in shielding of gamma irradiation at lower energy doses making it more suitable for gamma ray shielding applications.
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