염소화 양모에 대한 균염성 산성염료의 확산|RISS 상세보기

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닫기

염소화 양모에 대한 균염성 산성염료의 확산 = The Diffusion of the Level-dyeing Acid Dye into Chlorinated Wool Fibers

한글로보기

https://www.riss.kr/link?id=A101370979

저자

김진우
발행기관
한국섬유공학회
학술지명
한국섬유공학회지(Textile science and engineering)
권호사항

Vol.8 No.2 [1971]
발행연도
1971
작성언어
Korean
등재정보
KCI우수등재
자료형태
학술저널
발행기관 URL
http://www.fiber.or.kr
수록면

47-52(6쪽)
제공처
ScienceON

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다국어 초록 (Multilingual Abstract)

The diffusion of simple acid dye Orange II into the chlorinated (sodium dichloroisocyanurate treated) wool from an infinite dye bath has been studied at 60°, 70°, 80°, and 87℃. Hill's equation was used for calculating the diffusion coefficient. Usually, the apparent diffusion coefficient of Orange II in the chlorinated wool was larger than in the ordinary wool, e.g. at pH 3.2, 80℃, 9 ×10-11cm2/sec for chlorinated wool and 6 ×10-11cm2/sec for ordinary wool. At pH 3.2, the apparent activation energy of diffusion in a temperature range from 60℃ to 87℃ was about 20, 30 kcal/mole respectively. (Received Oct. 15, 1971)

번역하기

The diffusion of simple acid dye Orange II into the chlorinated (sodium dichloroisocyanurate treated) wool from an infinite dye bath has been studied at 60°, 70°, 80°, and 87℃. Hill's equation was used for calculating the diffusion coefficient. U...

The diffusion of simple acid dye Orange II into the chlorinated (sodium dichloroisocyanurate treated) wool from an infinite dye bath has been studied at 60°, 70°, 80°, and 87℃. Hill's equation was used for calculating the diffusion coefficient. Usually, the apparent diffusion coefficient of Orange II in the chlorinated wool was larger than in the ordinary wool, e.g. at pH 3.2, 80℃, 9 ×10-11cm2/sec for chlorinated wool and 6 ×10-11cm2/sec for ordinary wool. At pH 3.2, the apparent activation energy of diffusion in a temperature range from 60℃ to 87℃ was about 20, 30 kcal/mole respectively. (Received Oct. 15, 1971)