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Free Raman Spectroscopy Training Course

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Free Raman Spectroscopy Training Course
19 Apr

Free Raman Spectroscopy Training Course

Andor Technology is delighted to present a new four-part training course on Raman spectroscopy. This free course is aimed at those interested in integrating Raman measurements into their experiments.

 

The lessons will cover a short introduction to Raman spectroscopy, its fundamental limitations, typical experimental setups, common applications and different measurement modalities. They will also contrast Raman spectroscopy to its more popular vibrational cousin, infrared absorption.

 

 

Date: 28 April 2022
Time: 3am NZST, 1am AEST, 11pm AWST
Speaker: Adam Wise, PhD

During this session we will explore Raman Spectroscopy, fundamental limitations, and typical experimental setups in the context of developments in instrumentation over the last few decades. Common applications and measurement modalities for Raman Spectroscopy will be xplored, including chemical identification, SERS, TERS and more
 

 

 

Date: 12th May 2022
Time: 3am NZST, 1am AEST, 11pm AWST
Speaker: Adam Wise, PhD

During this sesion we build on previous learning to review interesting and practical applications of Raman Spectroscopy both in academia and in industry. We will review how it's possible to what "seems" like mere vibration spectroscopy to measure temperature, mechanical strain, chemical reactions, blood glucose, plant health, product quality and much more

 

 

Date: 26th May 2022
Time: 3am NZST, 1am AEST, 11pm AWST
Speaker: Shayne Harrel, PhD

This session uncovers how Raman Spectroscopy can be used to characterise various properties in low dimensional materials. It will also address how recent advances in instrumentation used in Raman spectroscopy can overcome experimental challenges.

 

Date: 14th June 2022
Time: 3am NZST, 1am AEST, 11pm AWST
Speaker: Adam Wise, PhD

This session presents a deeper look into how resonance Raman Spectroscopy is combined with photoluminescence and photocurrent measurements to probe the smallest levels of structure and disorder within a thin film solar cell and its constituent materials.

All webinars will be available for download after the event.