Nonlinear self-calibrated spectrometer with single GeSe-InSe
Computational spectrometry is an emerging field that uses photodetection in conjunction with numerical algorithms for spectroscopic measurements. Compact single photodetectors made
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Computational spectrometry is an emerging field that uses photodetection in conjunction with numerical algorithms for spectroscopic measurements. Compact single photodetectors made
Computational spectrometers have great application prospects in hyperspectral detection, and fast and high-precision in situ measurement is an
In this work, we preliminarily explored the deep learning-enabled spectral retrieval for 2-mode, 4-mode and 6-mode multiplexing SH-FTSs, considering the inevitable influence of fabrication
FEATURES: high mass ranges ultra-high resolution negative ion detection with electron attachment
The Hiden DLS-20 is a quadrupole mass spectrometer specifically designed for the analysis of Hydrogen and Helium Isotopes and light gases. The DLS-20 QMS includes a new Hiden mass filter
We propose using neural networks to alleviate the effect of the problem ill-posedness on the reconstruction results of iterative algorithms, so as to improve the reconstruction accuracy of the
Computational spectrometers have great application prospects in hyperspectral detection, and fast and high-precision in situ measurement is an important development trend.
Designed for fusion fuel studies, vacuum diagnostics and leak detection. High-resolution separation of overlapping species. Enhanced capability for demanding research applications. Detect challenging
An international research team led by researchers at Aalto University has developed high-sensitivity spectrometers with high wavelength accuracy,
While standard, bulky spectrometers lose sensitivity in the near infrared (top), this new miniature chip uses specialized surface textures and AI to detect signals that are normally invisible
In this work, we examine the possibility of extracting “hidden signals” using deep neural network to enhance gas sensing below the LOD region.
In this study, we propose a technique for identifying and imaging reagents through shielding over a wide dynamic range using a real-time terahertz (THz) spectroscopy system with...