Mechelle 5000 Spectrograph from Andor Technology

(1) Analysis of gadolinium oxide using microwave-enhanced fiber-coupled micro-laser-induced breakdown spectroscopyScientific ReportsMarch 24, 2023Yuji Ikeda, Joey Kim Soriano, Hironori Ohba, Ikuo Wakaidatypes of spectrometers with different spectral resolutions were used. An echelle-type spectrometer (ME5000, Oriel, Andor, UK) with λ/5000 resolution effectively analyzed the emission spectrum of pure Gd2O3 from

(2) Agarose Film-Based Liquid–Solid Conversion for Heavy Metal Detection of Water Samples by Laser-Induced Breakdown SpectroscopyMoleculesMarch 19, 2023Zhengkai You, Xiaolong Li, Jing Huang, Rongqin Chen, Jiyu Peng, Wenwen Kong, Fei Liudetection of Cd, Pb and Cr. The difference between those two spectrometers is that the spectrometer (ME5000, Andor, Belfast, UK) could split a spectrum with a range from 229 to 878 nm and with a resolution of

(3) Chemometric Approach Based on Explainable AI for Rapid Assessment of Macronutrients in Different Organic Fertilizers Using Fusion SpectraMoleculesJanuary 13, 2023Mahamed Lamine Guindo, Muhammad Hilal Kabir, Rongqin Chen, Jing Huang, Fei Liu, Xiaolong Li, Hui FangThe obtention and the record of the emission spectra have been made possible through a spectrograph (ME5000, Andor, Belfast, UK) and an image charge-coupled device (ICCD- DH334T-18U-03, Andor, Belfast, UK). At

(4) Fe-Based Metalâ€“Organic Frameworks for the Controlled Release of Fertilizer NutrientsACS OmegaOctober 11, 2022Ke Wu, Xuebin Xu, Fei Ma, Changwen Dulength. The emission line of the resulting plasma was transmitted from a light collector to the Mechelle ME5000 Echelle spectrograph (Andor Technology, Ltd., Northern Ireland). The resolving power of this spectrograph

(5) Application of Laser-Induced Breakdown Spectroscopy Coupled With Spectral Matrix and Convolutional Neural Network for Identifying Geographical Origins of Gentiana rigescens FranchFrontiers in Artificial IntelligenceDecember 10, 2021Xiaolong Li, Wenwen Kong, Xiaoli Liu, Xi Zhang, Wei Wang, Rongqin Chen, Yongqi Sun, Fei Liuextremely short lifetime. The spectra were collected before the plasma disappeared using a spectrometer (ME5000, Andor, Belfast, UK), which could split a spectrum with a range from 229 to 878 nm with a resolution

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