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June 12, 2026High Energy Chemistry

Design of Light-Scattering Polymers from Mono- and Di(meth)acrylates: Relationship between the Monomer Solubility Parameter and Optical and Strength Properties of the Material

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Authors

VYV. V. YudinAKA. I. KarakozovDKD. V. Khramova

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Overview

Randomized trial assesses optical properties in photopolymerized polymers, suggesting material design improvements.

Key Points

  • This research aims to explore the relationship between monomer solubility parameters and the optical and mechanical properties of light-scattering polymers.
  • Studied spectral characteristics of polymers via photopolymerization of OCM-2 and several mono(meth)acrylates in 50:50 w/w compositions.
  • Analyzed light transmittance at 500 nm in polymers with varying IDA concentrations.
  • Measured tensile strength in relation to IDA concentration for optical evaluation.
  • Light-scattering polymers are formed when the Hildebrand solubility parameter difference is close to 3 MPa1/2 across monomers.
  • Minimum light transmittance occurs at a 40:60 component ratio, correlating with increased IDA content.
  • Increased IDA content results in higher elasticity, with a tensile strength of σb ≈ 10 MPa for the observed minimum light transmittance.

Cite This Study

Yudin et al. (2026) studied this question.

synapsesocial.com/papers/6a2ba4d68101cf8926f030eehttps://doi.org/10.1134/s0018143926700256
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