CAJ | 학술논문

通过使用亚洲、欧洲（高加索）、非洲以及拉美（黑白混血）等不同人种头发做成Ω环状发束，再经定型聚合物定型，用质构分析仪对其进行力学性能测试，并应用环状材料弯曲受力的数学模型，分析了头发的形态结构对定型后的发束力学性能的影响。结果表明，不使用定型产品时，发束的力学性能与发丝粗细有关，发丝越粗，发束的力学性能越好。使用定型产品时，发束的力学性能与发丝粗细关系较小，而与排列层数有关。
통과사용아주、구주（고가색）、비주이급랍미（흑백혼혈）등불동인충두발주성Ω배상발속，재경정형취합물정형，용질구분석의대기진행역학성능측시，병응용배상재료만곡수력적수학모형，분석료두발적형태결구대정형후적발속역학성능적영향。결과표명，불사용정형산품시，발속적역학성능여발사조세유관，발사월조，발속적역학성능월호。사용정형산품시，발속적역학성능여발사조세관계교소，이여배렬층수유관。
A comparison is made of the performance of styling polymers on hair of four major racial sources, namely Asian, Caucasian, Mulatto and African. Differences among hair types are shown using high humidity curl retention (HHCR) and assessment of mechanical properties as measured with a Texture Analyzer (TA) assuming that the fibers were in omega loop configuration. Results from this study demonstrated that the stiffness of styling polymers treated fiber assemblies of different hair types is controlled by their differences in diameter.