artículo académico

• Development and Application of an Optoelectronic Sensor for Flame Monitoring of a Copper Concentrate Flash Burner.  SENSORS.  25(9). 2025
• Machine Learning-Based Classification of Sulfide Mineral Spectral Emission in High Temperature Processes.  BIG DATA AND COGNITIVE COMPUTING.  9(5). 2025
• Experimental Determination of the Conversion Rate of Molten White Metal by Supplying Individual Air Bubbles.  METALS.  12(6). 2022
• Obtaining the flame temperature from spectral emission of the combustion of copper concentrates.  JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T.  17:937-947. 2022
• Radiometric Temperature Measurement of Copper Concentrates in Flash Smelting Conditions Simulated at Laboratory Scale Coupled With a Macroscopic Chemical Reaction Model and Automated Mineralogical Characterization.  METALLURGICAL AND MATERIALS TRANSACTIONS B-PROCESS METALLURGY AND MATERIALS PROCESSING SCIENCE.  53(6):3963-3978. 2022
• Copper Oxide Spectral Emission Detection in Chalcopyrite and Copper Concentrate Combustion.  PROCESSES.  9(2). 2021
• On the Detection of Spectral Emissions of Iron Oxides in Combustion Experiments of Pyrite Concentrates.  SENSORS.  20(5):1-15. 2020
• Spectral Characterization of Copper and Iron Sulfide Combustion: A Multivariate Data Analysis Approach for Mineral Identification on the Blend.  METALS.  9(9). 2019