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【前言】 磁场作用于生物体后,在生物体内引起一系列的生物学效应,现代研究表明,磁场具有降低血脂血糖,降低血粘度,改善微循环,清除自由基及增强免疫功能等多种对机体有益的生物学效应。红外线是红光以外的不可视光,波长为7603×10nm,在红外线中,波长在1600nm以上的光波,称之为远红外线,而这一波段对人类和万物生长都有着极其重要的意义。研究表明,远红外
【Introduction】 After the magnetic field acts on the organism, it causes a series of biological effects in the organism. Modern studies show that the magnetic field has various functions such as reducing blood glucose, lowering blood viscosity, improving microcirculation, eliminating free radicals and enhancing immune function Beneficial biological effects of the body. Infrared light is not visible outside the red light, a wavelength of 7603 × 10nm, in the infrared, the wavelength of 1600nm above the light wave, called far infrared, and this band for the growth of mankind and all things have an extremely important significance. Research shows that far-infrared