Investigation of Insulation Properties Using Microwave Nondevastating Methodology to Predict the Strength of Polymer Materials

Abstract

The study was extended and developed to predict the roughness of polymer-based materials using the latest data mining techniques. Different types of particles are used in polymer-based materials, which characterize the roughness of polymer-based materials. The research study focused on predicting the roughness of bulk polymer materials using fly ash. Fly ash is an alternative material that is used to replace both cement and fine aggregate to some extent. Particles such as silica fume, limestone, and slag have been used in place of concrete, but flash has received more attention than other elements. It is important to express the insulation properties of polymer materials using the microwave nondevastative method. Finally, this article concludes by predicting the strength of polymer materials by measuring insulation properties using the microwave nondevastative method.

Semi-quantitative analysis study of the impact of microwave treatment on fly ash

“…The application of microwave treatment to fly ash is an innovative approach that enhances the total utilization value of fly ash, promotes the resource utilization of industrial waste, and mitigates environmental pollution. (Gopalan et al, 2022). Revising the activity of fly ash was improved by microwave pretreatment and semi-quantitative analysis was conducted by XRD, FT-IR, and NMR is of great practical significance and application prospects in promoting the resource utilization of fly ash and mitigating environmental pollution (Panitsa et al, 2022).…”

Retracted: Investigation of Insulation Properties Using Microwave Nondevastating Methodology to Predict the Strength of Polymer Materials

“…Tis article has been retracted by Hindawi, as publisher, following an investigation undertaken by the publisher [1]. Tis investigation has uncovered evidence of systematic manipulation of the publication and peer-review process.…”