研究目的
To present the underlying technologies, possibilities, and exemplary applications of terahertz measurement technology in industry, highlighting its advantages over established techniques.
研究成果
Terahertz technology has successfully transitioned from laboratory research to practical industrial applications, offering significant advantages in non-destructive evaluation, such as noncontact inspection and material identification. Future applications in information and communication sectors are promising, with ongoing improvements in system capabilities and data evaluation algorithms.
研究不足
The absorption of terahertz waves by water molecules can affect results due to moisture in the air. Metal and other electrical conductors reflect terahertz waves, making them non-transparent. The spatial resolution is limited by the wavelength, typically 100 μm to several mm.