Experimental data on the effect of gamma radiation on the crack pattern of a dry styrene-acrylic emulsion drop

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.