This project focuses on the innovative synthesis of Poly(N-isopropylacrylamide) through the use of custom designed glass microfluidic chips. By meticulously purifying monomers and fine-tuning experimental conditions, we've developed a highly efficient method for producing high-quality polymers. Our research highlights the significant influence of flow rate on polymer viscosity, offering new insights into the precision manufacturing of smart materials. Moving forward, we aim to scale up this process and perform advanced characterization to further enhance the application of these polymers in various industries.
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