Anosov A A, Balashov I S, Beliaev R V, Vilkov V A, Garskov R V, Kazanskiĭ A S, Mansfel'd A D, Shcherbakov M I
Biofizika. 2014 May-Jun;59(3):545-51.
Non-invasive deep brain acoustic thermometry is carried out for two patients at Burdenko Neurosurgery Institute. This method is based on the measurements of the own thermal acoustic radiation of the investigated object. These two patients have got the brain injury. Some of their skull bones are absent. Infrared thermometry was also used to measure the surface temperature of the forehead skin. On the basis of the experimental data the temperatures deep within the brain were reconstructed. The values for the two patients are equal to 37.3 0.7 and 37.0 0.3 degrees C.
在布尔坚科神经外科研究所，对两名患者进行了非侵入性深部脑声学测温。该方法基于对被研究对象自身热声辐射的测量。这两名患者脑部受伤，部分颅骨缺失。还使用红外测温法测量了额头皮肤的表面温度。根据实验数据重建了脑深部的温度。两名患者的温度值分别为37.3±0.7摄氏度和37.0±0.3摄氏度。
