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| Phenoxazine-based polyamides for hybrid prototype devices with near infrared electrochromism and energy storage capability |
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Project status: Ongoing
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⁕ Publications
2025
- Electrochemical and electronic properties of electrospun NiO–SnO2 nanofibers: Influence of heterojunction composition on energy storage behavior, Journal of Power Sources, under revision
- Phenothiazine‒diphenylamine-based polyamides: Linking diacid structure to NIR electrochromism and energy storage characteristics, ACS Applyed Polymer Materials, under revision
⁕ Conferences
2025
- Constantin Catalin-Paul*, Bejan Andra-Elena, Chiriac Adriana-Petronela. Dual functional phenoxazine-based polymers: bridging NIR electrochromic and energy storage applications. International conference - Progress in organic and macromolecular compounds, 30th edition, September 23-26, Iasi, Romania
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Andra-Elena Bejan*, Catalin-Paul Constantin, Mariana-Dana Damaceanu. High performance polyamides for energy storage smart windows. New Trends in Chemistry Research, 17th edition, September 24-26, 2025, Timisoara, Romania
- Constantin Catalin-Paul*, Bejan Andra-Elena, Chiriac Adriana-Petronela. Phenoxazine-based polymers with NIR electrochromism and energy storage capability used in prototype devices. National Research & Development Institute for Non-ferrous and Rare Metals – IMNR, October 06-07, 2025, Bucharest, Romania
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