Derlemenko L I
Biofizika. 1978 May-Jun;23(3):556-8.
Dynamics of heat wave propagation from irradiated surface into the tissue was studied. Computation of our results and those of other authors proved that temperature distribution against the tissue depth proceeds according to Buger law. Quenching coefficient values of the heat wave are calculated. This coefficient features more completely biophysical properties of the tissue, than the temperautre gradient. Tumour and pigmented tissues have a higher quenching coefficient of the heat wave as compared to normal and unpigmented tissues.
研究了热波从受辐照表面向组织内传播的动力学。对我们的结果以及其他作者的结果进行计算证明，沿组织深度的温度分布符合布格尔定律。计算了热波的淬灭系数值。与温度梯度相比，该系数更完整地反映了组织的生物物理特性。与正常组织和无色素组织相比，肿瘤组织和色素沉着组织具有更高的热波淬灭系数。
