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SEM 관찰과 영상신호처리기법을 이용한 모발의 모표피 상태 측정방법에 관한 연구
전병문 ( Byoung Moon Jeon ),신지은 ( Ji Eun Shin ),홍종균 ( Jong Kyun Hong ),곽형심 ( Hyung Sim Kwak ),최연희 ( Yeon Hee Choi ),홍옥란 ( Ok Ran Hong ) 한국미용학회 2008 한국미용학회지 Vol.14 No.3
This paper shows that hair shaft images can be converted into the corresponding numerical values to quantitatively analyze the damage rate for hair cuticle layers. The before and after dying hair samples were firstly taken photographs using a SEM system, and the photographs were transformed into the electrical images. Also, the DSP algorithm with considering the formulated threshold algorithm is applied to our simulator, and the simulator can supply useful numerical and graphical solutions. Through the experimental results, it is demonstrated that the electrical images for the hair shaft images can be converted into the graphs, namely the histograms, and the numerical values. Especially, through the results of the histograms, it can be realized that the damaged hair shafts have the different distribution values from the ones of the non-damaged hair shafts.
연구논문 : 전해수(電解水)의 모발결합현상에 관한 이론적 고찰 연구
전병문 ( Byoung Moon Jeon ),강상모 ( Sang Mo Kang ) 한국미용학회 2013 한국미용학회지 Vol.19 No.1
It is considered that Electrolysis Water would affect the phenomena of hair bonds under certain condition in a minimum way. Therefore, this study is to observe the possibility through a theoretical research. For the research, electrolysis and Electrolysis Water, bonds of hairs, and permanent wave were examined to explain the chemical reaction as a mechanism that may occur when acid and alkaline electrolysis waters are replaced by the 2nd solution of permanent wave. As a result, it was observed that the acid electrolysis water released from positive pole containing Cl, O, H, etc. and the alkaline electrolysis water from negative pole containing H, pH property were partially equivalent to the substances that are necessary for the bonds of hairs chemically or substances that may affect bond or separation. In addition, the possibility of occurrence could be inferred through the theoretical research that acid electrolysis water could generate hypochlorous acid(HOCl), hydrogen peroxide(H2O2), and ozone(O3) and the alkaline electrolysis water could generate H and thioldisulfide exchange bondage. Thus, it was considered that if hydrogen peroxide which is being used as the main ingredient for the 2nd solution of permanent wave which is the typical beauty technique to utilize the hair bond is replaced with electrolysis water, this will affect on the minimum hair bond phenomena. Therefore, the alkaline electrolysis water and acid electrolysis water which was studied through the theoretical research are expected to have minimal impact on hair bond phenomena. And by using this results, their possibilities could be expected as potential substitutes of the 2nd solution or as composition for being used in the process of permanent wave.