X-선 조사 후 고온 열화된 치자 염직물에서 추출한 색소 변이 연구
A Study on Dye Variation Extracted from Dyed Textile with Gardenia degraded at HIgh temperature after X-ray Irradiation
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참고문헌
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초록
This study explores the effects of X-ray irradiation for biological control and high-temperature degradationon dye stability in dyed textiles with Gardenia. To evaluate this study, optimal extraction solvents for thesetextiles were identified by comparing them with a crocin standard solution. Extraction using pyridine closely matchedcrocin. The study then assessed the stability of X-ray irradiation and high-temperature degradation on these textiles. Transparent yellow dyes were observed in all samples. Color differences were found to increase at higher irradiationdoses and longer degradation periods. While UV spectroscopy spectra showed broadening and lowering trends withhigher irradiation doses and longer degradation periods, suggesting a reduction in colorant transition, mass spectrometryrevealed minimal chemical changes. In conclusion, both X-ray irradiation and high-temperature degradation inducedspectral changes without complete dye decomposition. Major colorants were consistently detected.
Abstract
This study explores the effects of X-ray irradiation for biological control and high-temperature degradationon dye stability in dyed textiles with Gardenia. To evaluate this study, optimal extraction solvents for thesetextiles were identified by comparing them with a crocin standard solution. Extraction using pyridine closely matchedcrocin. The study then assessed the stability of X-ray irradiation and high-temperature degradation on these textiles. Transparent yellow dyes were observed in all samples. Color differences were found to increase at higher irradiationdoses and longer degradation periods. While UV spectroscopy spectra showed broadening and lowering trends withhigher irradiation doses and longer degradation periods, suggesting a reduction in colorant transition, mass spectrometryrevealed minimal chemical changes. In conclusion, both X-ray irradiation and high-temperature degradation inducedspectral changes without complete dye decomposition. Major colorants were consistently detected.
참고문헌 (18)
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