Our tools are based on quantitative cathodoluminescence: a creative combination of electron and optical microscopy. Transition from fast, large scale characterisation, to nanometer scale inspection is seamless within the same tool.
The Internet of Things, Big Data, and Clean Tech rely heavily on performance and innovation in semiconductor materials and devices. We perform quality control during their development and production and help increase performance and accelerate innovation.
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Want to know more on ultrafast lead tungstate scintillator, this paper is for you 👉https://www.sciencedirect.com/science/article/pii/S0168900222002881
#cathodoluminescence
Do not miss the opportunity to read this new paper introducing a methodology to perform model fitting on hyperspectral #cathodoluminescence maps.
https://aip.scitation.org/doi/10.1063/5.0080486?via=site
Ready to welcome you with Marina from #MICL at the @ISMicroscopy 2022 tradeshow in Haïfa-Israel.
#cathodoluminescence
Feel free to meet our representative @BarnettTechSvcs at the @Materials_MRS Spring Show next week (May 8-13, Honolulu, Hawai'i).
#cathodoluminescence
New paper out from @kagiso_loeto . Have a read for an excellent review on time resolved cathodoluminescence in the nitrides:
Uncovering the carrier dynamics of AlInGaN semiconductors using time-resolved cathodoluminescence
(2022). Uncovering the carrier dynamics of AlInGaN semiconductors using time-resolved cathodoluminescence. Materials Science ...
doi.org
We will be happy to welcome you at MICL (https://www.micl-group.com/) booth during the next @ISMicroscopy conference (May 17th, Haifa-Israel) to present our latest innovations. #cathodoluminescence
