Stable Polymer Formation Using Temperature as a Catalyst: A Comprehensive Study
DOI:
https://doi.org/10.31305/rrijm.2023.v08.n02.023Keywords:
Temperature-driven polymerization, stability, sustainability, catalyst alternative, environmental impactAbstract
Polymerization processes are crucial in the production of various materials with diverse applications. This study explores the innovative approach of utilizing temperature as a catalyst in polymer formation to enhance stability and control. The research aims to understand the challenges in traditional polymerization methods, define the problem, outline the study objectives, and present conclusions drawn from the investigation. This study explores temperature-driven polymerization as an innovative catalyst for stable polymer formation, aiming to replace traditional chemical catalysts. By investigating its feasibility, stability, control, and environmental impact, this research contributes to sustainable polymer synthesis. The findings reveal temperature's potential as a catalyst alternative for environmentally conscious polymerization processes.
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