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플렛아이론 시술을 행한 모발의 역학적ㆍ형태학적 변화에 관한 연구
왕혜자(Wang Hye-Ja),김한식(Kim Han-Shik) 한국인체미용예술학회 2003 한국인체미용예술학회지 Vol.4 No.2
In this study, it was performed to investigate mechanical characteristics and morphological change of flat ironed hairs, these hairs treated with permanent wave, coloring and coloring after permanent wave. The tensile force of virgin hair before flat iron was lower than that of virgin hair after flat iron, and the tensile force of permanent wave, coloring and coloring after permanent wave shows inversely. The initial yield force of hair after flat iron was higher than before in all specimen. And morphological changes of each specimen were discussed in this study.
왕혜자(Hye-Ja Wang) 한국인체미용예술학회 2012 한국인체미용예술학회지 Vol.13 No.2
In modern society, where appearance and beauty are of prime importance, white hair can be an expression of personality. At the same time, however, it could make a person look old. Actually, to keep the hair white, it is necessary to dye hair frequently. An incorrect concentration of hydrogen peroxide can cause scalp irritation or an allergic reaction. Among oxidative hair colors, white hair usually consists of two 3% hydrogen peroxides. While 3% hydrogen peroxide is commonly used in dyeing hair without bleaching, 6% hydrogen peroxide is usually used to brighten hair by 2-3 levels. This study has compared dyeing properties by color change after dyeing hair white by adding 3% and 6% hydrogen peroxides to warm water (36℃±2). According to the test, it has been confirmed that a mixture of warm water is more effective than using only hydrogen peroxide in protecting the scalp and keeping the hair color or dye from fading.
왕혜자 ( Hye Ja Wang ),김종란 ( Jong Ran Kim ) 한국미용학회 2013 한국미용학회지 Vol.19 No.6
As a result of the comparative analysis of decoloring effect regarding use of hair dye after deep cleansing, the average brightness value(L*)of all sample hairs increased, and the decoloring effect of acidic hair dye through deep cleansing was remarkably low as compared with permanent hair dye. Especially, decoloring using the acidic hair dye(black) generated the severe stain in all conditions. Also, the sample hair that was colored by the permanent hair dye(black) in advance had the severest stain regardless of the decoloring effect. On the other hand, the sample hair that was colored by the permanent hair dye (red) in advance had little stain in the equal decoloring reaction regardless of thedecoloring effect. As a result of comparing the deep cleansing effect according to the concentration of oxidizing agent, the deep cleansing effect was generally lowest at 3% concentration level, and the deep cleansing with 6% concentration of oxidizing agent generated higherdecoloring effect as compared with 9% concentration of oxidizing agent against the original expectations that the higher concentration level of oxidizing agent would result in the higher decoloring effect. As a result of this study, it, therefore, seems necessary to study the decoloringtechnique for improving the hair coloring that contains the rough stain, eliminating the discrepancy in the desired color by the customer or minimizing the hair damage, and the further study of various de coloring methods is also considered necessary.
왕혜자 ( Hye-ja Wang ),이성자 ( Sung-ja Lee ) 한국미용예술경영학회 2007 미용예술경영연구 Vol.1 No.3
In this paper, to understand coloring variation by acid hair coloring’s state of washing number of times, we measured coloring variation of acid hair coloring. It is field of operation of semi-permanent hair coloring, among representative domestic 3 company(Amos co., Sinsung co. and Sarangsae co.) product, about red, yellow, blue that is 3 primary colors. According to this study, Coloring variation by product happened difference greatly according to washing number of times. And we need to understand special quality of domestic hue(H), value(V), chroma(C) to heighten customer’s satisfaction when operate acid hair coloring in hair shop.
샴푸 시술에 따른 산성코팅 염모제품의 색도변화에 관한 연구 Ⅰ
왕혜자(Hye-Ja Wang) 한국인체미용예술학회 2007 한국인체미용예술학회지 Vol.8 No.3
In this paper, to investigate chromaticity change of acid-coloring hair dye by shampoo number of times, we measured chromaticity change on the domestic brand company"s products(Amos, Shinsung, Sarangsae). In the case of red color, SR co. was shown both lightness index(L*) and chromaticity index(a* and b*) big change while A co. and SS co. were very stable. In the case of yellow color, while lightness index(L*) and red-chromaticity index(a*) were seldom shown big difference, yellow-chromaticity index(b*) was shown big change. In the case of blue color, while SS co. and SR co. were very stable, a lightness index(L*) and yellow-chromaticity index(b*) of A co. altered greatly. In the effect for color space by products, A co."s chromaticity change was not big, and SS co"s a little change, SR co."s in red color and yellow color big change. Through the study of chromaticity change of acid-coloring hair dyeing product by shampoo number of times, could grasp tendency of chromaticity change by products and colors for domestic brand"s products.
김계숙(Kim Gye-Sook),왕혜자(Wang Hye-Ja) 한국인체예술학회 2005 한국인체미용예술학회지 Vol.6 No.4
In this study, it was performed to investigate mechanical characteristics and morphological change of flat ironed hairs, these hairs treated with coloring hair, bleaching hair, acid coloring hair and damaged hair. And then, the optimal temperature of virgin hair and damaged hair was represented 160℃, that of coloring hair was represented 180℃, and that of bleaching hair and acid coloring hair was represented 140℃. And the intial yield strength of flat ironed hair was higher than that before treatment in all specimen.