artículo académico

• Estimation of temperature, local and global radiation of flames, using retrieved hyperspectral imaging.  MEASUREMENT.  208. 2023
• Estimation of Spectral Emissivity and S/Cu Ratio From Emissions of Copper Concentrates at the Flash Smelting Process.  IEEE ACCESS.  7:103346-103353. 2019
• Hyperspectral imaging retrieval using MODIS satellite sensors applied to volcanic ash clouds monitoring.  REMOTE SENSING.  11(11):1-17. 2019
• Optical variables for optimization of industrial combustion processes: Fundamentals, key aspects and applications.  IEEE LATIN AMERICA TRANSACTIONS.  17(2):245-252. 2019
• Control of total radiation in an industrial furnace by optical sensing of flame emissions.  IEEE LATIN AMERICA TRANSACTIONS.  17(9):2409-2417. 2018
• Flash smelting copper concentrates spectral emission measurements.  SENSORS.  18(7):1-12. 2018
• Soot propensity by image magnification and artificial intelligence.  FUEL.  225:256-265. 2018
• Combustion Diagnostics by Calibrated Radiation Sensing and Spectral Estimation.  IEEE SENSORS JOURNAL.  17(18):5871-5879. 2017
• Energy Efficiency Monitoring in a Coal Boiler Based on Optical Variables and Artificial Intelligence.  IFAC-PAPERSONLINE.  50(1):13904-13909. 2017
• Comparative Analysis of a principal Component Analysis-based and an Artificial neural Network-Based Method for Baseline Removal.  APPLIED SPECTROSCOPY.  70(4):604-617. 2016
• Radiation measurement based on spectral emissions in industrial flames.  MEASUREMENT.  87:62-73. 2016
• 1CCD and 3CCD color cameras performance comparison applied to hyperspectral image reconstruction.  IEEE LATIN AMERICA TRANSACTIONS.  13(8):2661-2667. 2015
• Flame spectra-temperature estimation based on a color imaging camera and a spectral reconstruction technique.  APPLIED OPTICS.  53(28):6351-6361. 2014
• Simultaneous rotation, orientation and displacement control of birefringent microparticles in holographic optical tweezers.  OPTICS EXPRESS.  21:102-111. 2013
• Removing baseline flame's spectrum by using advanced recovering spectrum techniques.  APPLIED OPTICS.  51(25):6111-6116. 2012
• On the spectral bands measurement for combustion monitoring.  COMBUSTION AND FLAME.  158:423-433. 2011
• Photodiode-Based Sensor for Flame Sensing and Combustion-Process Monitoring.  APPLIED OPTICS.  47(29):5541-5549. 2008