医用红外热成像技术指导针灸干预亚健康临床的采图环境标准化分析——不同气流扰动模式对医用红外热成像的影响分析

《医用红外热成像技术指导针灸干预亚健康临床的采图环境标准化分析——不同气流扰动模式对医用红外热成像的影响分析》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、成都中医药大学硕士学位论文thehumanbody.Keywords：Sub-healthacupunctureandmoxibustioninfraredimageFlowdisturbancemodehumancomfortsurvey3成都中医药大学硕士学位论文目录中文摘要............................................................1Abstract............................................................2目录........

2、........................................................4缩略词表............................................................6引言................................................................71动物实验..........................................................91.1实验材料....................

3、....................................91.1.1实验动物......................................................91.1.2设备与药品...................................................101.1.3实验地点.....................................................111.2实验方法.............................................

4、..........111.2.1实验步骤.....................................................111.2.2气流扰动模式选择.............................................121.3实验观测指标...................................................121.3.1动物监测.....................................................121.3.2红外热图分析.......

5、..........................................121.4统计方法.......................................................131.5实验结果.......................................................131.5.1环境热图及动物热图分析.......................................131.5.2动物热图组间分析结果....................................

6、.....191.6小结...........................................................202人体舒适度实验...................................................212.1仪器及设备.....................................................212.2实验地点.......................................................212.3受试对象............

7、...........................................212.3.1志愿者纳入标准...............................................212.3.2志愿者排除标准...............................................224成都中医药大学硕士学位论文2.3.3志愿者退出标准...............................................222.4实验方法...............................

8、........................222.4.1气流扰动模式选择.