ArticlesRaman vs NIR vs FT-IR — a comparison for process chemistry
Raman, NIR, and FT-IR measure bond vibrations, but each technique has a different physics and probe geometry. We demonstrate when, under reactor conditions…
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ArticlesRaman, NIR, and FT-IR measure bond vibrations, but each technique has a different physics and probe geometry. We demonstrate when, under reactor conditions…
ArticlesFlexible plasmonic substrates, integration of SERS with deep learning, first implementations in therapeutic drug monitoring. What have the publications from the turn of 2025/2026 brought and how…
ArticlesOverview of spectroscopic techniques in polymer sorting plants 2026: deep-UV Raman for black plastics, Raman with ML for WEEE, GANs for spectral augmentation, MWIR-HSI.
ArticlesReview of publications 2025–2026 on Raman in bioprocesses: transfer learning, scale-up models, monitoring of 27 components in CHO cell culture, Raman off-gas. What does this mean…
ArticlesOperando Raman in NMC/LFP cathodes, silicon anode, sulfide electrolytes, and black mass recycling. What is realistically entering the production line in 2026.
ArticlesSPAD CMOS matrices and time-gated Raman as a pathway for eliminating fluorescence background — a review of recent publications and context for process analyzers.
ArticlesGuide to multi-probe architectures in process Raman — when it is worthwhile, what options are available (time-division multiplexing, spatial multiplexing, distributed configuration), and what to consider when…
ArticlesOverview of new Raman publications from AGH, UJ/UJ CM, UW, PG and PW: MXene in Small 2026, Bi2Se3 in Photonics 2026, SERS in…
ArticlesOEM lasers 405 nm and SNSPD arrays — an overview of recent developments in Raman spectroscopy and their significance for industrial process analyzers…
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