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On the occasion of the National Science Day, the Utkal University on Friday installed a 'Micro Raman Spectrometer' worth around Rs 1.5 crore in physics department laboratory for research purposes.
Because micro-Raman spectroscopy combines chemical characterization with imaging in a label-free way, it is suited to biological research because it can detect variations in biomolecular composition ...
Raman spectroscopy provides detailed chemical information, and when combined with a microscope, it can non-destructively analyze biological samples. While commercial research-grade Raman ...
Researchers developed a confocal line-scan Raman micro-spectroscopy system, established a preprocessing workflow for line-scan Raman spectral data, and applied the factorization into susceptibilities ...
Micro-Raman spectroscopy, for instance, pairs a Raman spectrometer with an optical microscope, enabling spatially resolved spectral measurements and generating chemical images that reveal molecular ...
An inexpensive and flexible micro-raman system Date: June 6, 2016 Source: IOS Press Summary: Raman spectroscopy provides detailed chemical information, and when combined with a microscope, it can ...
Multifunctional Raman micro-spectroscopy is implemented using an inverted microscope (IX-71, Olympus), SpectraPro-275 spectrometer (Acton Research Corporation), an electron multiplying charge coupled ...
Scientists at National Taiwan University have developed a new microfluidic system that can detect subtle chemical ...
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Using Raman Microscopy to Identify Microplastics - MSNRaman spectroscopy offers numerous advantages and can be adapted for various applications. Compared to FTIR, another common technique for identifying microplastics, Raman microscopy facilitates ...
Neural networks and Raman spectroscopy identify microplastic invaders for a cleaner world - Phys.org
Line-scan Raman micro-spectroscopy provides rapid method for micro and nanoplastics detection. Aug 22, 2023. Peptides that can remove microplastics identified. Jan 21, 2025.
Scientists in Japan have invented a stable tip-enhanced Raman spectroscopy (TERS) imaging system that overcomes earlier restrictions of an imaging time window that was limited to 30 minutes.
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