Cohen M L
J Invest Dermatol. 1977 Sep;69(3):333-8. doi: 10.1111/1523-1747.ep12507965.
The effective use of techniques to detect and interpret surface and subsurface temperature patterns depends upon the thermal and electromagnetic properties of the tissues under examination. A review is made of the existent data concerned with the thermal characteristics of skin. The thermal conductivity, k, and thermal inertia, kpc, as measured as a function of local temperature are presented. The radiation properties of the skin are presented as a function of wavelength. It is concluded that the information currently available about the thermal properties and their normal variation with body site, skin color, and age is quite limited.
有效运用检测和解读体表及皮下温度模式的技术，取决于被检查组织的热学和电磁学特性。本文对现有关于皮肤热特性的数据进行了综述。给出了作为局部温度函数测量得到的热导率(k)和热惯量(kpc)。皮肤的辐射特性作为波长的函数给出。得出的结论是，目前关于热特性及其随身体部位、肤色和年龄的正常变化的可用信息相当有限。
