What Are the Advantages of Using LFA for Nanomaterial Characterization?
LFA offers several benefits for the characterization of nanomaterials:
Non-destructive: The technique does not damage the sample, making it suitable for valuable or rare nanomaterials. High accuracy: LFA provides precise measurements of thermal diffusivity, which can be converted to thermal conductivity if the material's density and specific heat capacity are known. Wide temperature range: LFA can be performed over a broad range of temperatures, enabling the study of thermal properties under different environmental conditions.
