短波透热:实现

Sanchez Hm, M. Eg
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引用次数: 0

摘要

短波透热(SWD)是一种治疗方式,通过高频电磁辐射为身体提供温度升高,以免对组织产生电离。这种治疗模式的工作原理是,通过高频电流和组织热的产生,能量在深层组织层内传递。因此,分子会因电场而搅动,将动能转化为热量[1-4]。它使用的无线电频带通常集中在13.56MHz、27.12MHz和40.68MHz,最常用的频率是27.12MHz,对应的波长为11.6m(1.5)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Shortwave Diathermy: Actualization
Short wave diathermy (SWD) is a therapeutic modality that offers the body an increase in temperature, through the high frequency in electromagnetic irradiation, so as not to generate ionization to the tissues. This therapeutic modality works based on the principle that energy is transferred within the layers of deep tissues by a high frequency current and the generation of tissue heat. Therefore, there is an agitation of the molecules in response to an electric field, converting the kinetic energy into heat [1-4]. It uses radio frequency bands generally centered at 13.56MHz, 27.12MHz and 40.68MHz, with the most commonly used frequency being 27.12MHz with a corresponding wavelength of 11.6m (1.5).
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