期刊论文

中文

中国医学物理学杂志

1005-202X

2018

35

7

816-821

10.3969/j.issn.1005-202X.2018.07.015

国家重点基础研究发展计划“973计划”项目（2015CB554502） 国家自然科学基金（61501525）

本校为其他机构

目的:通过分析艾灸的热学特性,建立最优热源强度模型以便快速区分艾条差异,提高艾灸疗效。方法:应用传热学的基本理论,建立最优热源强度模型,搭建实验平台,采集实验数据,对实验数据进行预处理,并通过模型计算出每个样本的最优热源强度,通过对比不同直径、不同种类的3种样本艾条的最优源热强度,快速区分3种艾条之间差异。结果:大直径的纯艾条最优热源强度比小直径的纯艾条高,相同直径纯艾条的最优热源强度比温和灸艾条高。对3种样本进行非参数检验的显著性水平小于0.05,说明3个样本的最优热源强度差异显著。结论:艾条最优热源强度随艾条直径和种类而变化,通过艾灸的最优热源强度模型可以快速区分...

Objective To analyze the thermal characteristics of moxibustion and establish the optimal heat source intensity models for quickly distinguishing the differences of moxa and improving the therapeutic efficacy of moxibustion. Methods The basic theory of heat transfer was applied to establish the optimal heat source intensity model, and then an experiment platform was set up. The experimental data were collected and preprocessed, and the optimal heat source intensity of each sample was obtained by model calculation. By comparing the optimal heat source intensity of 3 samples of different diamete...