The Proposal of New Measurement Technique for the Climate within Clothing and Its Possibility

在人体皮肤和衣物之间的狭小空间中，称为衣内气候。由于人体产生热量和汗液蒸发，通过布料进行复杂的热质传递。为了弄清服装内的穿着舒适性与气候的关系，同时获得该空间内温度和蒸汽浓度的瞬时分布是非常有意义的。本研究提出了红外吸收系统与实时全息干涉测量相结合的测量新技术，并将其应用于该空间。因此，本研究可以通过寻找一些主题来发展现有的测量技术，从而证明本研究提出的新的测量技术的可能性。

In the narrow space between skin of human body and clothing called climate within clothing. there occurs the complicated heat and mass transfer through cloth due to heat generation and sweat evaporation released from human body. To clarify the relationship between wear comfort and climate within clothing, it is very significant to obtain the transient distributions of temperature and vapor concentration simultaneously in this space. However, there is no useful measurement for such complicated phenomena.This research proposed the new measurement technique of combining infrared ray absorption system with real time holographic interferometry and applied it to this space. As a result, this research could prove the possibility of new measurement technique proposed in this research with finding some subjects to develop the available technique.