测量了由全息干板得到的明胶- 银颗粒复合物样品的远红外吸收光谱，用EMA理论计算的结果与测量结果一致。
The far-infrared absorption measurement is made for the sample of gelatin-silver particle composites. The calculated absorption coefficient by the EMA theory is in agreement with the measured result.
吸收性材料通常只能吸收紫外线和可见光——但这种新材料还能够吸收红外和远红外光线。
Absorbent material usually pulls in ultraviolet and visible light - but this new material also captures infrared and far infrared light.
因此，远红外线是容易被吸收，渗透到身体深处和振动液，血液，器官，组织和细胞。
Thus, FIR is easily absorbed and penetrates deep into the body and vibrates fluid, blood, organs, tissues and cells.
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