"Static, dynamic and surface characterization of bio and engineering materials"

背景：随着微型器件在通信、汽车和生物医学等行业的大量应用，对这些器件的静态和动态特性对于有效的设计和进一步的开发具有重要的作用。微器件的综合表征是用频闪干涉法进行的，生物成像和其他材料的无损检测现在是用低相干干涉法进行的。LCI的一个成功应用是光学相干层析成像(OCT)，它是20世纪90年代初发明的一种高分辨率非侵入性和非接触式生物医学成像技术。

Background: With numerous applications for microdevices in communication, automotive, and biomedical industries, static and dynamic characterization of these devices play significant role for effective design and further development. While comprehensive characterization of microdevices is performed with stroboscopic interferometry, bioimaging and other material NDT are now performed by Low Coherence Interferometry. One successful application of LCI is Optical Coherence Tomography (OCT), invented in early 1990s as a high resolution noninvasive and non-contact biomedical imaging.