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The complete characterization of coatings for precision optics usually involved normal and near normal incidence measurements. The simplicity of this approach, however, is not without compromise. Indeed, normal incidence transmission (T) measurements and near normal reflectance (R) measurements are typically conducted in two separate instruments with no guarantee that reflectance and transmission measurements are made from exactly the same patch on the sample.
A recent development by Agilent Technologies, the Cary 7000 Universal Measurement Spectrophotometer (UMS), combines both absolute reflection and transmission measurements from the same patch of a sample’s surface in a single automated platform for a wide range of angles of incidence. We will also describe a new use of a sample positioning control allowing for rotational and vertical motion, thereby providing for automated unattended multi-angle R/T analysis.
In this Webinar we will hear from leading experts who have successfully applied this new technology to improve optical coating design, development and measurement practices.
Why should I attend the webinar?
• Learn about the latest advances in high-volume testing and cost effective QA/QC of precision coatings.
• Hear from leading experts on the critical aspects of thin film design, development and reverse engineering practices.
• Listen to technology experts discuss the role of spectroscopy, and new solutions, that may help solve your everyday measurement challenges.
Travis Burt, Cary UV-Vis-NIR Product Manager, Agilent Technologies / firstname.lastname@example.org
Tatiana Amotchkina, Leading Research Fellow, Moscow State University / email@example.com
Richard Vernhes, Research Associate, Polytechnique Montreal / firstname.lastname@example.org
Stewart Bland (Moderator), Editor, Materials Today
For any inquiries, feel free to get directly in touch with the speakers.