摘要
目的为了达到皮肤病热疗法的最大疗效和最小副作用，在之前的基础上，进行探索性的非恒温加热仿真实验。方法利用数学工具（Matlab）对治疗时皮肤的非恒温加热波形进行仿真分析和选择。结果与先前的恒温加热疗法相比，非恒温加热时皮肤里层的温度呈上升趋势，而恒温加热则是下降的。结论相对恒温加热，非恒温加热对里层的细菌更具有抑制作用，且有更小的副作用．
Objective Skin disease is multiple, common disease, and there are so many therapeutic methods. In recent years, physical non-invasive therapy of skin disease has developed rapidly. On the basis of Pennes equation, a series of simulation analysis was completed, and the results confirmed the feasibility and availability as well as the definite safety of curing skin diseases by direct heating. In order to achieve the maximum efficacy and the minimum side effects simultaneously and based on the previous research, exploratory simulation experiment of non-isothermal heating was carried out. Methods The skin temperature fields with non-isothermal heating were simulated by utilizing mathematical tools （Maflab）. Results Compared to the previous isothermal heating, during the non-isothermal heating, the temperature of inner skin displayed the rising trend, while it displayed the declining trend during the isothermal heating. Conclusion As compared to isothermal heating, non-isothermal heating has better restraining effect for the bacterium within the inner skin, and less side-effect.
出处
《国际生物医学工程杂志》
CAS
2013年第1期17-21,共5页
International Journal of Biomedical Engineering
