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    정향나무의 꽃봉오리를 이용한 퍼머넌트 웨이브 모발의 모발보호효과 = Hair-protection effects of permanent wave hair using the extracts of Clove buds

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    https://www.riss.kr/link?id=A100981330

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    This study attempted to determine the effects of hair protection by investigating the characteristics and possibilities of hair cosmetics using the hot water extracts of Clove and then hair-protection effects were confirmed through pre-treatment and post-treatment at chemical treatments. At the chemical treatments, the general treatment was divided into pre treatment(NP) and general treatment post-process(NA). Then, the Clove-based treatment was divided into pre-treatment(CP) and post processing(CA). According to the analysis, tensile strength was the highest in the Clove extract treatment group. At consecutive treatments, ‘CA’ which processed treatment for Clove, was the highest. In terms of hair thickness, the Clove group was greater than the general treatment group. When measured to determine the morphological characteristics of ‘Hair’ at 20,000 magnifications using SEM, the Clove extract post-treatment group (CP) revealed the highest value (471.4 ± 30.435㎚). Regarding hair composition under the EDS, Clove extract post-treatment group was the highest with 09.50% interms of sulfur content. The results confirmed that Clove extract treatment is extremely effective in easing hair damage which is caused by consecutive dyeing after permanent. In fact, the use of Clove extract for post-processing is the simplest away to minimize hair damage. Therefore, the Clove extract treatment would be effective in preventing hair damage and keeping hair healthy and glossy.
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    This study attempted to determine the effects of hair protection by investigating the characteristics and possibilities of hair cosmetics using the hot water extracts of Clove and then hair-protection effects were confirmed through pre-treatment and p...

    This study attempted to determine the effects of hair protection by investigating the characteristics and possibilities of hair cosmetics using the hot water extracts of Clove and then hair-protection effects were confirmed through pre-treatment and post-treatment at chemical treatments. At the chemical treatments, the general treatment was divided into pre treatment(NP) and general treatment post-process(NA). Then, the Clove-based treatment was divided into pre-treatment(CP) and post processing(CA). According to the analysis, tensile strength was the highest in the Clove extract treatment group. At consecutive treatments, ‘CA’ which processed treatment for Clove, was the highest. In terms of hair thickness, the Clove group was greater than the general treatment group. When measured to determine the morphological characteristics of ‘Hair’ at 20,000 magnifications using SEM, the Clove extract post-treatment group (CP) revealed the highest value (471.4 ± 30.435㎚). Regarding hair composition under the EDS, Clove extract post-treatment group was the highest with 09.50% interms of sulfur content. The results confirmed that Clove extract treatment is extremely effective in easing hair damage which is caused by consecutive dyeing after permanent. In fact, the use of Clove extract for post-processing is the simplest away to minimize hair damage. Therefore, the Clove extract treatment would be effective in preventing hair damage and keeping hair healthy and glossy.

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