. . "Daniel Garijo, Universidad Politécnica de Madrid (0000-0003-0454-7145)" . "Laura Collado, IMDEA Energía (0000-0003-0216-3797)" . "Miguel Tecedor, IMDEA Energía (0000-0002-9664-4665)" . "Víctor de la Peña, IMDEA Energía (0000-0001-5762-4787)" . "2022-09-25"^^ . "Ana Iglesias-Molina, Universidad Politécnica de Madrid (0000-0001-5375-8024)" . "Oier Beaskoetxea, Universidad Politécnica de Madrid" . "This ontology represents the execution of experiments related to electrocatalysis, photocatalysis and photoelectrocatalysis with inputs, outputs, and experimental conditions."@en . "http://purl.org/NET/rdflicense/cc-by4.0" . "2024-06-07"^^ . . "The SolarChem Ontology" . "solar" . "https://w3id.org/solar/o/core#" . . "v1.0.0" . # # # ################################################################# # # # # Annotation properties # # # ################################################################# # # # http://purl.obolibrary.org/obo/IAO_0000115 . # # http://purl.org/dc/terms/author . # # http://purl.org/dc/terms/contributor . # # http://purl.org/dc/terms/created . # # http://purl.org/dc/terms/creator . # # http://purl.org/dc/terms/description . # # http://purl.org/dc/terms/license . # # http://purl.org/dc/terms/modified . # # http://purl.org/dc/terms/publisher . # # http://purl.org/dc/terms/title . # # http://purl.org/vocab/vann/preferredNamespacePrefix . # # http://purl.org/vocab/vann/preferredNamespaceUri . # # # # ################################################################# # # # # Datatypes # # # ################################################################# # # # http://www.w3.org/2001/XMLSchema#date . # # # # ################################################################# # # # # Object Properties # # # ################################################################# # # # http://purl.org/dc/terms/isPartOf . . . "is part of"@en . # # http://qudt.org/2.1/schema/qudt/unit . . . "unit"@en . # # http://www.w3.org/ns/prov#used . . . . "used"@en . # # http://www.w3.org/ns/prov#wasGeneratedBy . . . . "was generated by"@en . # # https://schema.org/affiliation . . . . "affiliation" . # # https://schema.org/author . . . "https://schema.org/" . "author" . # # https://w3id.org/solar/o/core#hasBandGap . . . "A relationship between the input of an experiment execution and its measure of band gap"@en . "has band gap"@en . # # https://w3id.org/solar/o/core#hasChemical . _:genid1 . _:genid1 . _:genid1 _:genid3 . _:genid3 _:genid2 . _:genid2 . _:genid2 . _:genid2 . _:genid3 . _:genid3 . "A relationship between the input of an experiment execution and the chemical substance it is made of"@en . "has chemical"@en . # # https://w3id.org/solar/o/core#hasCondition . . . "A relationship between an experiment execution and the conditions under it is performed"@en . "has condition"@en . # # https://w3id.org/solar/o/core#hasConversionMetric . . . "A relationship between the output of an experiment execution and its conversion metric"@en . "has conversion metric"@en . # # https://w3id.org/solar/o/core#hasElectrochemicalMetric . . . "A relationship between the output of an experiment execution and its electrochemical metrics"@en . "has electrochemical metric"@en . # # https://w3id.org/solar/o/core#hasExperimentExecution . . . . "A relationship between a scientific publication and an experiment execution it describes"@en . "has experiment execution"@en . # # https://w3id.org/solar/o/core#hasIlluminatedArea . . "A relationship between a light source and the measure of area that it illuminates"@en . "has illuminated area"@en . # # https://w3id.org/solar/o/core#hasIrradiance . . "A relationship between a light source and its irradiance"@en . "has irradiance"@en . # # https://w3id.org/solar/o/core#hasLamp . . "A relationship between a light source and the lamp that produces it"@en . "has lamp"@en . # # https://w3id.org/solar/o/core#hasLightSource . "A relationship between an experiment execution and the light source it uses"@en . "has light source"@en . # # https://w3id.org/solar/o/core#hasPower . . "A relationship between a light source and its measure of power"@en . "has power"@en . # # https://w3id.org/solar/o/core#hasRole . . . "A relationship between the input of an experiment execution and the role it plays in the reaction"@en . "has role"@en . # # https://w3id.org/solar/o/core#hasSurfaceArea . . . "A relationship between the input of an experiment execution and its measure of surface area"@en . "has surface area"@en . # # https://w3id.org/solar/o/core#hasWavelength . . "A relationship between a light source and its range of wavelength"@en . "has wavelength"@en . # # https://w3id.org/solar/o/core#reportedIn . . . "A relationship between an experiment execution and the scientific publication it is described in"@en . "reported in"@en . # # # # ################################################################# # # # # Data properties # # # ################################################################# # # # http://purl.obolibrary.org/obo/chebi/formula . . . "formula"@en . # # http://purl.org/ontology/bibo/doi . . "doi"@en . # # http://qudt.org/2.1/schema/qudt#numericValue . . "numeric value"@en . # # https://qudt.org/2.1/schema/qudt#floatPercentage . _:genid4 . _:genid4 . _:genid4 _:genid6 . _:genid6 _:genid5 . _:genid5 . _:genid5 . _:genid5 . _:genid6 . _:genid6 . . "float percentage"@en . # # https://schema.org/addressCountry . . "address country" . # # https://schema.org/datePublished . . "date published" . # # https://schema.org/isPartOf . . "is part of" . # # https://schema.org/issueNumber . . "issue number" . # # https://schema.org/name . . "name"@en . # # https://schema.org/pageEnd . . "page end" . # # https://schema.org/pageStart . . "page start" . # # https://schema.org/volumeNumer . "volume number" . . # # https://w3id.org/solar/o/core#crystalStructure . . . "The type of crystal structure of the input of an experiment execution"@en . "crystal structure"@en . # # https://w3id.org/solar/o/core#selectivityPercentage . . . "Percentage of selectivity of a catalyst with respect to an output" . "selectivity percentage" . # # https://w3id.org/solar/o/pc#reactorVolume . "The measurement of volume of the reactor used in an experiment execution"@en . "reactor volume"@en . # # # # ################################################################# # # # # Classes # # # ################################################################# # # # http://purl.obolibrary.org/obo/OBI_0002900 . . . . . . . "A light source that provides ultraviolet (UV) light for use in a distant area using a delivery system."@en . . "ultraviolet light source"@en . # # http://purl.obolibrary.org/obo/OBI_0002901 . . . . . . "A light source that provides visible light for use in a distant area using a delivery system."@en . . "visible light source"@en . # # http://purl.obolibrary.org/obo/OBI_0002902 . . . . . "A light source that light is produced from solar energy."@en . . "solar ligh source"@en . # # http://purl.obolibrary.org/obo/OBI_0400065 . _:genid7 . _:genid7 "1"^^ . _:genid7 . _:genid7 . _:genid8 . _:genid8 "1"^^ . _:genid8 . _:genid8 . _:genid9 . _:genid9 "1"^^ . _:genid9 . _:genid9 . _:genid10 . _:genid10 "1"^^ . _:genid10 . _:genid10 . "A light source is an optical subsystem that provides light for use in a distant area using a delivery system (e.g., fiber optics). Light sources may include one of a variety of lamps (e.g., xenon, halogen, mercury). Most light sources are operated from line power, but some may be powered from batteries. They are mostly used in endoscopic, microscopic, and other examination and/or in surgical procedures. The light source is part of the optical subsystem. In a flow-cytometer the light source directs high intensity light at particles at the interrogation point. The light source in a flow cytometer is usually a laser"@en . . "light source"@en . # # http://purl.org/ontology/bibo/Journal . . "Journal"@en . # # http://qudt.org/2.1/schema/qudt/Unit . . "Unit"@en . # # http://www.w3.org/2004/02/skos/core#Concept . "http://www.w3.org/2004/02/skos/core#" . "Concept" . # # https://schema.org/Country . . "Country"@en . # # https://schema.org/Organization . . "Organization" . # # https://schema.org/Person . . "Person"@en . # # https://schema.org/ScholarlyArticle . . "Scholarly Article" . # # https://w3id.org/solar/o/core#BandGap . _:genid11 . _:genid11 "1"^^ . _:genid11 . _:genid11 . "Energy difference between the nonconductive and the conductive state of a material"@en . "Band Gap"@en . # # https://w3id.org/solar/o/core#Condition . "Procedure that is varied in order to estimate a variable's effect by comparison with a control condition"@en . "Condition"@en . # # https://w3id.org/solar/o/core#ConversionMetric . "The conversion of the given units to desired units for any quantity to be measured"@en . "Conversion Metric"@en . # # https://w3id.org/solar/o/core#ElectrochemicalConfiguration . . "Arrangement or setup of electrodes, electrolytes, and electrocatalysts within an electrochemical cell or reactor" . "Electrochemical Configuration"@en . # # https://w3id.org/solar/o/core#ElectrochemicalMetric . "Measures from a electrochemical experiment"@en . "Electrochemical Metric"@en . # # https://w3id.org/solar/o/core#ExperimentExecution . "A specific execution of an experiment"@en . "Experiment Execution"@en . # # https://w3id.org/solar/o/core#IlluminatedArea . "The surface area in which a light source applies"@en . "Illuminated Area"@en . # # https://w3id.org/solar/o/core#Input . _:genid12 . _:genid12 "1"^^ . _:genid12 . _:genid12 . _:genid13 . _:genid13 "1"^^ . _:genid13 . _:genid13 . "Chemical substance that is used as an input of an experiment execution"@en . "Input"@en . # # https://w3id.org/solar/o/core#Irradiance . "Radiant power of all wavelengths incident from all upward directions on a small element of surface containing the point under consideration divided by the area of the element"@en . "Irradiance"@en . # # https://w3id.org/solar/o/core#Lamp . "A devide that generates heat, light, or any other form of radiation"@en . "Lamp"@en . # # https://w3id.org/solar/o/core#MonochromaticLight . . . . "A light source of a single wavelength"@en . "Monochromatic Light Source"@en . # # https://w3id.org/solar/o/core#OperationModeCondition . . "The condition whether the operation is perfomed in batch-mode or continuous-mode"@en . "Operation Mode Condition"@en . # # https://w3id.org/solar/o/core#Output . _:genid14 . _:genid14 "1"^^ . _:genid14 . _:genid14 . _:genid15 . _:genid15 "1"^^ . _:genid15 . _:genid15 . _:genid16 . _:genid16 "1"^^ . _:genid16 . _:genid16 . _:genid17 . _:genid17 "1"^^ . _:genid17 . _:genid17 . "Chemical substance that is produced as a result of an experiment execution"@en . "Output"@en . # # https://w3id.org/solar/o/core#Power . "The amount of energy transferred or converted per unit time"@en . "Power"@en . # # https://w3id.org/solar/o/core#PressureCondition . . "The pressure condition under which the experiment execution is carried out"@en . "Pressure Condition"@en . # # https://w3id.org/solar/o/core#ReactionMediumCondition . . "The medium used for the reaction of the experiment execution"@en . "Reaction Medium Condition"@en . # # https://w3id.org/solar/o/core#ReactionTimeCondition . . "The measure of time that the experiment execution takes"@en . "Reaction Time Condition"@en . # # https://w3id.org/solar/o/core#ReactorCondition . . "The condition of the reactor devide that performs the process of a photocatalysis reaction" . "Reactor Condition" . # # https://w3id.org/solar/o/core#ReactorVolumeCondition . . "Volume of the reactor used in an experiment" . "Reactor Volume Condition" . # # https://w3id.org/solar/o/core#ResidenceTimeCondition . . "Total time spent inside a reactor" . "Residence Time Condition" . # # https://w3id.org/solar/o/core#Role . "A role is particular behaviour which a material entity may exhibit."@en . "Role"@en . . # # https://w3id.org/solar/o/core#SolarSimulatorLight . . . "A light source that replicates the solar radiation"@en . "Solar Simulator Light Source"@en . # # https://w3id.org/solar/o/core#SurfaceArea . "The area or region used in the experiment execution"@en . "Surface Area"@en . # # https://w3id.org/solar/o/core#TemperatureCondition . . _:genid18 . _:genid18 "1"^^ . _:genid18 . _:genid18 . "The measure of temperature in which the experiment execution is performed"@en . "Temperature Condition"@en . # # https://w3id.org/solar/o/core#UltravioletVisibleLight . . "A light source that includes the segment of the elctromagnetic spectrum that the human eye can view"@en . "Ultraviolet Visible Light Source"@en . # # https://w3id.org/solar/o/core#Wavelength . "A physical quality which is equal to the distance between repeating units of a wave pattern."@en . "Wavelength"@en . # # https://w3id.org/solar/o/core#pHCondition . . "The measure of pH in which the experiment execution is carried out"@en . "pH Condition"@en . # # # # ################################################################# # # # # Individuals # # # ################################################################# # # # https://w3id.org/solar/o/core#BatchMode . . "Operation mode in which nothing is added or removed until the end of the reaction"@en . "Batch Mode"@en . # # https://w3id.org/solar/o/core#Catalyst . . "A substance that increases the rate of a reaction without modifying the overall standard Gibbs energy change in the reaction"@en . "Catalyst"@en . . # # https://w3id.org/solar/o/core#Co-catalyst . . "A substance or agent that brings about catalysis in conjunction with one or more others"@en . "Co-catalyst"@en . # # https://w3id.org/solar/o/core#ContinuousMode . . "Operation mode in which inlet and outlet streams flow continuously during the reaction"@en . "Continuous Mode"@en . # # https://w3id.org/solar/o/core#Dopant . . "Charge-transfer agent used to generate, by oxidation or reduction, positive or negative charges in an intrinsically conducting polymer"@en . . "Dopant"@en . # # https://w3id.org/solar/o/core#DoubleCell . . "A \"double cell\" configuration refers to a setup involving two compartments or cells connected by an electrolyte." . "Double Cell"@en . # # https://w3id.org/solar/o/core#FaradaicEfficiency . . "Describes the efficiency with which charge (electrons) is transferred in a system facilitating an electrochemical reaction"@en . "Faradaic Efficiency"@en . # # https://w3id.org/solar/o/core#Fixed-bedReactor . . "Reactor in which the catalyst is stationary (usually packed in a tube) and the reactants pass over the catalyst" . "Fixed-bed Reactor"@en . # # https://w3id.org/solar/o/core#FlowCell . . "Electrochemical cell in which analyte solution flows at a constant velocity through stationary tubular electrode(s)." . "Flow Cell"@en . # # https://w3id.org/solar/o/core#Fluidised-bedReactor . . "A type of reactor with a bed of particles through which a gas flows at a rate sufficient to float (fluidize) the particles, though not entrain them. The container is usually cylindrical with a permeable plate at the bottom for passage of the gas. Such fluidization results in very good heat and mass transfer for catalytic reactions (fluidized catalyst) and sand bath heaters (fluidized sand). In a fluidized bed, the temperature is approximately uniform throughout, although mixing of gas and solid is frequently incomplete." . "Fluidised-bed Reactor"@en . # # https://w3id.org/solar/o/core#FluorescentLamp . . "A fluorescent lamp generates light from collisions in a hot gas ('plasma') of free accelerated electrons with atoms– typically mercury – in which electrons are bumped up to higher energy levels and then fall back while emitting at two UV emission lines (254 nm and 185 nm)." . "Fluorescent Lamp"@en . # # https://w3id.org/solar/o/core#GasMedium . . "Reaction medium that is composed of a gas"@en . "Gas Medium"@en . # # https://w3id.org/solar/o/core#HalogenLamp . . "Incandescent lamp that generates light by passing an electric current through a thin filament wire (usually of wolfram) until it is extremely hot." . "Halogen Lamp"@en . # # https://w3id.org/solar/o/core#LEDLamp . . "This type of lamp produces light by passing the electric current through a semiconducting material—the diode—which then emits photons (light) through the principle of electroluminescence." . "LED Lamp"@en . # # https://w3id.org/solar/o/core#LiquidMedium . . "Reaction medium that is composed of a liquid"@en . "Liquid Medium"@en . # # https://w3id.org/solar/o/core#MembraneReactor . . "A reactor that combines a catalyst and a membrane to improve selectivity or to overcome equilibrium limitations. One product can be selectively removed through the membrane or the feed rate of one reactant through the membrane can be controlled." . "Membrane Reactor"@en . # # https://w3id.org/solar/o/core#Mercury-XenonLamp . . "Lamp that contains a tightly controlled mixture of xenon gas and mercury, given them the combined UV spectral lines of an Hg lamp with the IR spectral lines of a Xe lamp." . "Mercury-Xenon Lamp"@en . # # https://w3id.org/solar/o/core#MercuryLamp . . "Gas-discharge lamp that uses an electric arc through vaporized mercury to produce light." . "Mercury Lamp"@en . # # https://w3id.org/solar/o/core#MonolithicReactor . . "Reactors filled with monoliths that are either made of porous catalytic material or the catalytic material is deposited (washcoated) in the channels of an inert monolithic support." . "Monolithic Reactor"@en . # # https://w3id.org/solar/o/core#OpticalFiberReactor . . "Reactor that incorporates optical fibers as an integral part of the reaction system." . "Optical Fiber Reactor"@en . # # https://w3id.org/solar/o/core#OtherLamp . . "Additional lamps that are not fluorescent, Mercury, Mercury-Xenon, Xenon, halogen, Tungsten, Tungsten-Halide or solar simulator lamps." . "Other Lamp"@en . # # https://w3id.org/solar/o/core#Overpotential . . "Deviation of the potential of an electrode from its equilibrium value required to cause a given current to flow through the electrode." . "Overpotential"@en . # # https://w3id.org/solar/o/core#Reagent . . "A substance used in a chemical reaction to detect, measure, examine, or produce other substances."@en . "Reagent"@en . . # # https://w3id.org/solar/o/core#SingleCell . . "Configuration composed of two electrodes (anode and cathode) immersed in an electrolyte solution and connected through an external circuit." . "Single Cell"@en . # # https://w3id.org/solar/o/core#SlurryReactor . . "Reactor in which a finely-divided solid catalyst is suspended in a reactant liquid or reactant solution." . "Slurry Reactor"@en . # # https://w3id.org/solar/o/core#SolarSimulatorLamp . . "Lamp that simulates the solar light spectrum." . "Solar Simulator Lamp" . # # https://w3id.org/solar/o/core#SolarToFuel . . "A function of the operating temperature and solar concentration ratio"@en . "Solar To Fuel"@en . # # https://w3id.org/solar/o/core#SolarToHydrogen . . "Metric that refers to the efficiency of converting solar energy into hydrogen energy. It is a measure of how effectively solar energy is utilized to produce hydrogen through various processes such as photovoltaic-electrolysis (PV-EC) and photoelectrochemistry (PEC)." . "Solar To Hydrogen"@en . # # https://w3id.org/solar/o/core#StackCell . . "Individual cells stacked to achieve a higher voltage and power." . "Stack Cell"@en . # # https://w3id.org/solar/o/core#Tungsten-HalideLamp . . "Lamp that contain a tungsten filament and halogen in the gas, that interact when heated to form tungsten halide." . "Tungsten-Halide Lamp"@en . # # https://w3id.org/solar/o/core#TungstenLamp . . "A lamp where a tungsten filament is heated to temperatures where visible light is emitted by resistance heating." . "Tungsten Lamp"@en . # # https://w3id.org/solar/o/core#XenonLamp . . "An incandescent light bulb filled with xenon gas to improve life span or efficiency" . "Xenon Lamp"@en . # # https://w3id.org/solar/o/core#192-280WL . . "Wavelength range of 192 to 280 nm"@en . "192-280 Wavelength"@en . # # https://w3id.org/solar/o/core#192-780WL . . "Wavelength range of 192 to 780 nm"@en . "192-780 Wavelength"@en . # # https://w3id.org/solar/o/core#280-315WL . . "Wavelength range of 280 to 315 nm"@en . "280-315 Wavelength"@en . # # https://w3id.org/solar/o/core#280-780WL . . "Wavelength range of 280 to 780 nm"@en . "280-780 Wavelength"@en . # # https://w3id.org/solar/o/core#315-400WL . . "Wavelength range of 315 to 400 nm"@en . "315-400 Wavelength"@en . # # https://w3id.org/solar/o/core#315-780WL . . "Wavelength range of 315 to 780 nm"@en . "315-780 Wavelength"@en . # # https://w3id.org/solar/o/core#400-780WL . . "Wavelength range of 400 to 780 nm"@en . "400-780 Wavelength"@en . # # Generated by the OWL API (version 5.1.18) https://github.com/owlcs/owlapi/