Experimental data on the effect of gamma radiation on the crack pattern of a dry styrene-acrylic emulsion drop
Published: 22 July 2024| Version 1 | DOI: 10.17632/pwj8zz9zkp.1
Contributors:
Fabrício Ramos da Silva, , , Description
1) Gamma radiation reduces cracks and increases the width of the dried droplet’s edge. 2) Gamma radiation reduces crack branching and increases crack length. 3) Micelles around styrene-acrylic copolymer prevent damage from radiolysis radicals. 4) Potential-ζ and DLS showed gamma radiation enlarges micelles and alters charges.
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Institutions
Comissao Nacional de Energia Nuclear
Categories
Droplet, Crack Growth, Gamma Irradiation, Colloidal Suspension, Soft Matter Physics, Crack Formation