CHARISMA Project participated in the 1st Open Workshop by OntoTrans.
CHARISMA took part in the 1st Open Workshop organised by the OntoTrans project in March 2022. Raquel Portela from our partner institution CSIC represented CHARISMA at the workshop with a well-received presentation.
CHARISMA Project Publications
Authors: Dirk Lellinger, James Thomson, Nicolas Coca-Lopez, Afroditi Ntziouni, Nikolaos Nikoloudakis, María Fernández-Álvarez, Nina Jeliazkova, Miguel A Bañares, Raquel Portela, Enrique Lozano Diz
This study refines wavelength calibration by optimizing peak fitting of reference material spectra—enhancing data reliability across instruments and applications.
Authors: Georgi Georgiev, Dirk Lelinger, Luchesar Iliev, Vedrin Jeliazkov, Miguel Banares, Raquel Portela, Nina Jeliazkova
Raman spectroscopy is becoming a key technology used in the research and development for characterization of materials. Ideally, spectra should be comparable and linked to specific material properties. However, in real life, Raman spectra differ between instruments and depend on the spectrometer, optical path, or sample environment, among others, and only a limited number of calibration standards for Raman spectroscopy are available to date.
Authors: Nikolay Kochev, Sergei Soroka, Luchesar Iliev, Slava Tsoneva, Nina Jeliazkova
This is a user guide to a web application for accessing the CHARISMA database and search Raman spectral library by metadata and spectrum similarity.
CWA 18133 | Raman instruments calibration and verification protocols has valuable contributions from CHARISMA partners (NTUA, CSIC, UNE, ELODIZ, LBF, and IdeaConsult).
You can read the document here.
CWA 18134 | Raman instruments twinning protocol has valuable contributions from CHARISMA partners (NTUA, CSIC, UNE, ELoDiz, LBF, and Ideaconsult).
You can read the document here.
Author: Nicolas Coca-Lopez
This article contributes to the development and testing open-source and easy-to-implement algorithms that improve the Raman data processing workflow through presentation and validation of two approaches for spike detection and correction in Raman spectral data from graphene.
Authors: María Fernández-Álvarez, Alberto Moure, Julián Jiménez Reinosa , Enrique Lozano Diz, José Francisco Fernández
This article presents a new protocol applied to twin Raman devices to achieve a conversion of the signal between them.
