퍼머모의 디지털 퍼머넌트 웨이브 시 2제로 염기성전해수의 효과 (The Effect of Alkaline Electrolysis Water by Second Agent at Digital Permanent)

서지정보

· 발행기관 : 한국미용학회
· 수록지 정보 : 한국미용학회지 / 23권 / 2호 / 386 ~ 395페이지
· 저자명 : 강주희, 강상모

초록

This study used akaline and acidic electrolysis water as a second agent at the digital permanent of the permed hair which has been damaged due to strong reduction and oxidation and investigated its effects on wave formation and retention. The digital permanent of the permed hair was performed at 80oC and 100oC using hydrogen peroxide, purified water, alkaline and acidic electrolysis water as a second agent. Then, the results under different temperatures were analyzed. The results found the followings: In terms of wave formation, the 80oC group was shorter than the 100oC group. In the 80oC group, in addition, the alkaline electrolysis water was shorter than the hydrogen peroxide in terms of wave formation. In terms of wave retention in the 80oC group, the alkaline electrolysis water was shorter than the hydrogen peroxide. In terms of hair damage, the 80oC group was the lowest, followed by acidic electrolysis water, alkaline electrolysis water, purified water and hydrogen peroxide. In the thickness of permed hair, the acidic electrolysis water was thicker than the hydrogen peroxide by 4.70%. In terms of the MB-based absorbance, the acidic electrolysis water was lower than the hydrogen peroxide by 51.08%. In terms of tensile strength, the acidic electrolysis water was greater than the hydrogen peroxide by 8.8%. At the repetitive digital permanent of the hair damaged by perm, alkaline electrolysis water was effective as a second agent in terms of wave formation and retention. In terms of hair damage, acidic electrolyzed water was the lowest.

영어초록

This study used akaline and acidic electrolysis water as a second agent at the digital permanent of the permed hair which has been damaged due to strong reduction and oxidation and investigated its effects on wave formation and retention. The digital permanent of the permed hair was performed at 80oC and 100oC using hydrogen peroxide, purified water, alkaline and acidic electrolysis water as a second agent. Then, the results under different temperatures were analyzed. The results found the followings: In terms of wave formation, the 80oC group was shorter than the 100oC group. In the 80oC group, in addition, the alkaline electrolysis water was shorter than the hydrogen peroxide in terms of wave formation. In terms of wave retention in the 80oC group, the alkaline electrolysis water was shorter than the hydrogen peroxide. In terms of hair damage, the 80oC group was the lowest, followed by acidic electrolysis water, alkaline electrolysis water, purified water and hydrogen peroxide. In the thickness of permed hair, the acidic electrolysis water was thicker than the hydrogen peroxide by 4.70%. In terms of the MB-based absorbance, the acidic electrolysis water was lower than the hydrogen peroxide by 51.08%. In terms of tensile strength, the acidic electrolysis water was greater than the hydrogen peroxide by 8.8%. At the repetitive digital permanent of the hair damaged by perm, alkaline electrolysis water was effective as a second agent in terms of wave formation and retention. In terms of hair damage, acidic electrolyzed water was the lowest.

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