New Data Analysis Method for Time-Resolved Infrared Photoluminescence Spectroscopy

In this article, a new data treatment based on time-resolved photoluminescence is presented. It works as a streak camera for infrared. A time-resolved photoluminescence spectrum for the HgCd0.33Te0.67 sample at 120 K was performed and analyzed. Typical time-resolved photoluminescence measurements, to compare our results with literature, were conducted. An interpretation of the behavior for three different time constants found in the signal is proposed.

Automated summary

This article presents a new data treatment method based on time-resolved photoluminescence, acting as a streak camera for infrared. An experiment and analysis of the time-resolved photoluminescence spectrum for the HgCd0.33Te0.67 sample at 120K were conducted, along with typical measurements to compare the results with literature. An interpretation of the behavior for three different time constants found in the signal is proposed.