artículo académico

• Solubility of Methane in Ionic Liquids for Gas Removal Processes Using a Single Multilayer Perceptron Model.  PROCESSES.  12(3). 2024
• Use of Thermodynamically Consistent Phase Equilibrium Data to Obtain a Generalized Padé-Type Model for the Henry’s Constants of Gases in Ionic Liquids.  PROCESSES.  12(2). 2024
• APPLICATION OF A SINGLE MULTILAYER PERCEPTRON MODEL TO PREDICT THE SOLUBILITY OF CO2 IN DIFFERENT IONIC LIQUIDS FOR GAS REMOVAL PROCESSES.  PROCESSES.  10(9). 2022
• INFLUENCE OF THERMODYNAMICALLY INCONSISTENT DATA ON MODELING THE SOLUBILITIES OF REFRIGERANTS IN IONIC LIQUIDS USING AN ARTIFICIAL NEURAL NETWORK.  JOURNAL OF MOLECULAR LIQUIDS.  337. 2021
• HENRY'S LAW CONSTANT AS A FUNCTION OF TEMPERATURE AND PRESSURE TO CALCULATE THE SOLUBILITY OF DIFLUOROMETHANE (R-32) IN IONIC LIQUIDS.  INTERNATIONAL JOURNAL OF REFRIGERATION.  119:401-409. 2020
• MISLEADING RESULTS ON THE USE OF ARTIFICIAL NEURAL NETWORKS FOR CORRELATING AND PREDICTING PROPERTIES OF FLUIDS. A CASE ON THE SOLUBILITY OF REFRIGERANT R-32 IN IONIC LIQUIDS.  JOURNAL OF MOLECULAR LIQUIDS.  298:1-12. 2020
• AN OVERVIEW OF A THERMODYNAMIC CONSISTENCY TEST OF PHASE EQUILIBRIUM DATA. APPLICATION OF THE VERSATILE VPT EQUATION OF STATE TO CHECK DATA OF MIXTURES CONTAINING A GAS SOLUTE AND AN IONIC LIQUID SOLVENT.  JOURNAL OF CHEMICAL THERMODYNAMICS.  131:122-132. 2019
• FORMATION OF TEACHING ASSISTANTS: A FUNDAMENTAL SUPPORT FOR ENHANCING THE DEVELOPMENT OF PHYSICS ASSISTANTSHIP.  FORMACION UNIVERSITARIA.  12(2):63-72. 2019
• THE GEOMETRIC SIMILITUDE CONCEPT FOR THE CORRELATION OF MUTUAL SOLUBILITIES IN PARTIALLY MISCIBLE MIXTURES OF IONIC LIQUIDS + ALCOHOLS.  INFORMACION TECNOLOGICA.  30(3):307-318. 2019
• ICTS AS COGNITIVE TOOLS OF INCLUSION IN PHYSICS CLASS FOR HIGH SCHOOL STUDENTS.  GONDOLA-ENSENANZA Y APRENDIZAJE DE LAS CIENCIAS.  13(2):306-324. 2018
• TRAINING, TEST AND PREDICTION OF SOLUBILITY OF SULPHUR DIOXIDE IN LONIC LIQUIDS USING ARTIFICIAL NUERAL NETWORKS.  INFORMACION TECNOLOGICA.  29(3):97-104. 2018
• EQUATION OF STATE DEPENDENCY OF THERMODYNAMIC CONSISTENCY METHODS. APPLICATION TO SOLUBILITY DATA OF GASES IN IONIC LIQUIDS.  FLUID PHASE EQUILIBRIA.  449:76-82. 2017
• INFORMATION AND COMMUNICATION TECHNOLOGIES (ICT) FOR TEACHING AND LEARNING OF THERMODYNAMIC CONCEPTS AS A TOOL FOR FUTURE TEACHERS.  FORMACION UNIVERSITARIA.  10(4):43-54. 2017
• DIDACTIC CONSTRUCTIVIST PROPOSAL TO ACQUIRE SIGNIFICANT LEARNING OF CONCEPTS IN PHYSICS OF FLUID.  FORMACION UNIVERSITARIA.  9(2):105-114. 2016
• GROUP CONTRIBUTION METHOD: A FUNDAMENTAL TOOL IN ADVANCED COURSES OF THERMODYNAMICS AND PHYSICS OF FLUIDS FOR ESTIMATING PROPERTIES OF SUBSTANCES.  FORMACION UNIVERSITARIA.  9(3):99-108. 2016
• SOLUBILITY OF HYDROGEN SULFIDE IN IONIC LIQUIDS FOR GAS REMOVAL PROCESSES USING ARTIFICIAL NEURAL NETWORKS.  JOURNAL OF ENVIRONMENTAL CHEMICAL ENGINEERING.  4(1):211-218. 2016
• THERMODYNAMIC CONSISTENCY OF LOW PRESSURE EQUILIBRIUM DATA OF WATER PLUS CONGENER MIXTURES USING A VERSATILE EQUATION OF STATE.  JOURNAL OF THE TAIWAN INSTITUTE OF CHEMICAL ENGINEERS.  68:15-22. 2016
• DISEÑO DE UN TALLER DE INVESTIGACIÓN EN MICRO-DIDÁCTICA-FÍSICA PARA LA FORMACIÓN DE PROFESORAS DE CIENCIAS NATURALES.  FORMACION UNIVERSITARIA.  8(5):67-76. 2015
• EVIDENCIA DE AUTO APRENDIZAJE COMO MANIFESTACIÓN DE UN COMPORTAMIENTO COLECTIVO ESPONTÁNEO EN EL AULA.  FORMACION UNIVERSITARIA.  8(1):43-50. 2015
• TALLER DE FÍSICA CUÁNTICA: UN MÉTODO PARA INTRODUCIR CONCEPTOS FUNDAMENTALES EN UNA ACTIVIDAD EXTRACURRICULAR.  FORMACION UNIVERSITARIA.  8(2):53-62. 2015
• THE KWAK-MANSOORI APPROACH TO THE PENG-ROBINSON EQUATION FOR DETERMINING THETHERMODYNAMIC CONSISTENCY OF VLE IN ETHANOL PLUS CONGENER MIXTURES.  COMPTES RENDUS CHIMIE.  18(8):867-874. 2015
• THE KWAK-MANSOORI APPROACH TO THE PENG-ROBINSON EQUATION FOR DETERMINING THETHERMODYNAMIC CONSISTENCY OF VLE IN ETHANOL PLUS CONGENER MIXTURES.  COMPTES RENDUS CHIMIE.  18(8):867-874. 2015
• "LABORATORIO VIRTUAL PARA LA UNIDAD TIERRA Y UNIVERSO COMO PARTE DE LA FORMACIÓN UNIVERSITARIA DE DOCENTES DE CIENCIAS"..  FORMACION UNIVERSITARIA.  7(3):33-40. 2014
• ARTIFICIAL NEURAL NETWORKS AND THE MELTING TEMPERATURE OF IONIC LIQUIDS.  INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH.  53(25):10504-10511. 2014
• CORRELATION OF SOLUBILITY DATA OF AMMONIA IN IONIC LIQUIDS FOR GAS SEPARATION PROCESSES USING ARTIFICIAL NEURAL NETWORKS.  COMPTES RENDUS CHIMIE.  17(11):1094-1101. 2014
• TESTING SOLUBILITY DATA OF H2S AND SO2 IN IONIC LIQUIDS FOR SULFUR-REMOVAL PROCESSES.  FLUID PHASE EQUILIBRIA.  375:152-160. 2014
• AVANCES SOBRE MÉTODOS DE CONSISTENCIA TERMODINÁMICA DE DATOS DE EQUILIBRIO ENTRE FASES DE MEZCLAS BINARIAS QUE CONTIENEN LÍQUIDOS IÓNICOS.  INFORMACION TECNOLOGICA.  24(4):125-136. 2013
• CONSISTENCY TEST OF SOLUBILITY DATA OF AMMONIA IN IONIC LIQUIDS USING THE MODIFIED PENG-ROBINSON EQUATION OF KWAK AND MANSOORI.  FLUID PHASE EQUILIBRIA.  348:33-38. 2013
• MODELING AND THERMODYNAMIC CONSISTENCY OF SOLUBILITY DATA OF REFRIGERANTS IN IONIC LIQUIDS.  INTERNATIONAL JOURNAL OF REFRIGERATION.  36:2242-2250. 2013
• MODELING ASSOCIATING HYDROCARBON PLUS ALCOHOL MIXTURES USING THE PENG-ROBINSON EQUATION OF STATE AND THE WONG-SANDLER MIXING RULES .  COMPTES RENDUS CHIMIE.  16(2):135-143. 2013
• THERMODYNAMIC CONSISTENCY TEST FOR BINARY GAS PLUS WATER EQUILIBRIUM DATA AT LOW AND HIGH PRESSURES.  CHINESE JOURNAL OF CHEMICAL ENGINEERING.  21(10):1172-1181. 2013
• ADVANCES ON MODELING AND SIMULATION OF ALCOHOLIC DISTILLATION. PART 1: THERMODYNAMIC MODELING.  FOOD AND BIOPRODUCTS PROCESSING.  90(4):819-831. 2012
• ADVANCES ON MODELING AND SIMULATION OF ALCOHOLIC DISTILLATION. PART 2: PROCESS SIMULATION.  FOOD AND BIOPRODUCTS PROCESSING.  90(4):832-849. 2012
• GAS-LIQUID EQUILIBRIUM MODELING OF MIXTURES CONTAINING SUPERCRITICAL CARBON DIOXIDE AND AN IONIC LIQUID.  JOURNAL OF SUPERCRITICAL FLUIDS.  64:32-38. 2012
• CORRELATION AND PREDICTION OF VLE OF WATER + CONGENER MIXTURES FOUND IN ALCOHOLIC BEVERAGES USING AN ARTIFICIAL NEURAL NETWORK.  CHEMICAL ENGINEERING COMMUNICATIONS.  198:102-119. 2011
• HEAT CAPACITY OF IONIC LIQUIDS USING ARTIFICIAL NEURAL NETWORKS AND THE CONCEPT OF MASS CONNECTIVITY.  INTERNATIONAL JOURNAL OF THERMOPHYSICS.  32(5):942-956. 2011
• INGENIERÍA FÍSICA, UN TÍTULO PROFESIONAL UNIVERSITARIO DE LA FÍSICA APLICADA PARA EL AMBITO PRODUCTIVO.  FORMACION UNIVERSITARIA.  4(3):43-50. 2011
• CORRELATION AND PREDICTION OF VLE OF WATER PLUS CONGENER MIXTURES FOUND IN ALCOHOLIC BEVERAGES USING AN ARTIFICIAL NEURAL NETWORK.  CHEMICAL ENGINEERING COMMUNICATIONS.  198(1):102-119. 2010
• PHASE EQUILIBRIUM MODELING IN ETHANOL + CONGENER MIXTURES USING AN ARTIFICIAL NEURAL NETWORK.  FLUID PHASE EQUILIBRIA.  292:29-35. 2010
• THERMODYNAMIC CONSISTENCY TEST OF HIGH PRESSURE GAS-LIQUID EQUILIBRIUM DATA INCLUDING BOTH PHASES.  THERMOCHIMICA ACTA.  499(1-2):85-90. 2010
• ACTIVITY COEFFICIENT MODELS TO DESCRIBE VAPOR-LIQUID EQUILIBRIUM IN TERNARY HYDRO-ALCOHOLIC SOLUTIONS.  CHINESE JOURNAL OF CHEMICAL ENGINEERING.  17(2):259-267. 2009
• LOW PRESSURE VAPOR-LIQUID EQUILIBRIUM IN ETHANOL + CONGENER MIXTURES USING THE WONG-SANDLER MIXING RULE.  THERMOCHIMICA ACTA.  490:37-42. 2009
• VAPOR-LIQUID EQUILIBRIUM IN LOW PRESSURE WATER+CONGENER MIXTURES.  KOREAN JOURNAL OF CHEMICAL ENGINEERING.  26(5):1373-1378. 2009
• DETERMINING SDUBLIMATION PRESSURES FROM SOLUBILITY DATA OF SOLIDS IN DIFFERNT SOLVENTS.  THERMOCHIMICA ACTA.  462:25-31. 2007
• PARÁMETROS NUMÉRICOS EN EL MÉTODO DE LOS ALGORITMOS GEN´TICOS PARA EL CÁLCULO DE LA SOLUBILIDAD Y LA PRESIÓN DE SUBLIMACIÓN.  INFORMACION TECNOLOGICA.  17(6):119-124. 2006
• PREDICTIVE MODELS TO DESCRIBE VLE IN TERNARY MIXTURES WATER + ETHANOL + CONGNER FOR WINE DISTILLATION.  THERMOCHIMICA ACTA.  450:110-117. 2006