Exploring Low-Frequency Raman Spectroscopy
This article explores low-frequency raman spectroscopy and how it supports manufacturing processes in pharmaceutical and biological industries.
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This article explores low-frequency raman spectroscopy and how it supports manufacturing processes in pharmaceutical and biological industries.
As microfabrication technology develops, information processing devices—like smartphones—become more sophisticated due to an increase in information recording density.
Learn more about carbon analysis with high signal-throughput portable raman spectroscopy.
Inspired by earlier researchers, scientists have recently incorporated zinc (Zn) into indium sulfide (In2S3). They found that the synthesis allows this incorporation and enhances the stability of the resultant catalyst (ZnIn2S4). The research has been published in Nature Communications.