摘要
热断层成像系统(TTM)是一种用对人体内细胞代谢热分布形态的断层分析来探测热源的深度、形状、及热辐射值的成像方法,经临床使用证明其综合诊断功能在某些方面优于目前世界先进的其它类型影像诊断设备,是20世纪90年代继X-CT、MRI、超声、核医学成像等四大医学影像技术之后的又一突破。本文除了扼要介绍热断层成像技术产生的技术背景、应用前景外,还深入探究了热断层技术的热-电模拟方法及物理学原理。
Thermal texture maps system （TTM） is an imaging technology method which was used to detect the depth, shape and the value of the thermal radiation of heat sources, and analyze human body cell metabolism and heat distribution patterns. Clinical results proved that its integrated diagnostic functions are superior to other types of most advanced diagnostic imaging equipment in many aspects. It is a major breakthrough in the nineties century.This paper introduces the technology background and application perspective of TTM tomography imaging technology, and deeply explores the thermal-electrical simulation methods and its principles of physics.
出处
《中国医疗设备》
2010年第6期63-65,共3页
China Medical Devices
基金
黑龙江省留学归国人员科学技术专项资金(LC07C16)项目
关键词
热断层(TTM)
热-电模拟
人体热辐射
热扫描成像
thermal texture maps system（TTM）
thermal-electric simulation
human body thermal radiation
thermal scan imaging
