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STUDY ON CHEMICALLY GRAFTING POLYMERIZATION OF FLAX

Guo Ya-lin

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Abstract

Grafting polymerization of acrylic acid onto flax initiated by ceric salt has been studied. FT-IR spectrums indicate that (-CN) groups have been induced into flax. SEM image shows that grafted flax surface turns rougher and heavier. X-ray diffraction spectrums show that the crystal degree of grafted flax has turned smaller than general flax. The effects of ceric salt′s concentration, initiating time, grafiing temperature and monomer′s concentration on grafting polymerization were investigated.

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What this paper is about

Grafting polymerization of acrylic acid onto flax initiated by ceric salt has been studied. FT-IR spectrums indicate that (-CN) groups have been induced into flax. SEM image shows that grafted flax surface turns rougher and heavier. X-ray diffraction spectrums show that the crystal degree of grafted flax has turned smaller than general flax. The effects of ceric salt′s concentration, initiating time, grafiing temperature and monomer′s concentration on grafting polymerization were investigated.

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Available abstract

Grafting polymerization of acrylic acid onto flax initiated by ceric salt has been studied. FT-IR spectrums indicate that (-CN) groups have been induced into flax. SEM image shows that grafted flax surface turns rougher and heavier. X-ray diffraction spectrums show that the crystal degree of grafted flax has turned smaller than general flax. The effects of ceric salt′s concentration, initiating time, grafiing temperature and monomer′s concentration on grafting polymerization were investigated.

Key concepts: Grafting, Polymerization, Monomer, Materials science, Acrylic acid, Polymer chemistry, Salt (chemistry), Nuclear chemistry

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