Matches in Nanopublications for { ?s <http://purl.org/dc/terms/description> ?o ?g. }
- assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
- assertion description "This template defines a core FDO Profile based on a SHACL shape." assertion.
- get-datasets description "This query returns all datasets." assertion.
- assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
- get-dmps description "This query returns all data management plans." assertion.
- assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
- get-methods description "This query returns all methods." assertion.
- get-pre-registrations description "This query returns all pre-registrations" assertion.
- get-research-programmes description "This query returns all research programmes." assertion.
- get-proposals description "This query returns all proposals." assertion.
- get-software description "This query returns all software." assertion.
- assertion description "This template defines an FDO Profile based on a SHACL shape." assertion.
- DemoProduct1 description "This is a demo product for prototyping Digital Product Passports." assertion.
- Shape description "The spatial arrangement of something as distinct from its substance." assertion.
- Shape description "The spatial arrangement of something as distinct from its substance." assertion.
- Type description "Something distinguishable as an identifiable class based on common qualities." assertion.
- AgNP description "Silver nanoparticle" assertion.
- CuONP description "An inorganic nanoparticle consisting of copper(II) oxide." assertion.
- Fe3O4NP description "An inorganic nanoparticle consisting of iron (II, III) oxide." assertion.
- SiO2NP description "A silicon oxide made up of linear triatomic molecules in which a silicon atom is covalently bonded to two oxygens." assertion.
- SiO2NP description "A nanoparticle consisting of silicon dioxide." assertion.
- TiO2NP description "A nanoparticle consisting of titanium dioxide." assertion.
- ZnONP description "An inorganic nanoparticle consisting of ZnO." assertion.
- GrapheneNP description "A nanoparticle composed of graphene." assertion.
- GrapheneQD description "A quantum dot composed of graphene." assertion.
- MC description "Macromolecular compound." assertion.
- MetallicMaterial description "A material which is composed primarily of one or more pure metals and which shows their properties." assertion.
- Oxide description "A chemical compound of oxygen with other chemical elements." assertion.
- ArCom1 description "Atomic mass (Ar) of the first nanoparticle component 1 (Com1). E.g., for TiO2, Com1(Ti) = 47.87." assertion.
- ArCom2 description "Atomic mass (Ar) of the second nanoparticle component (Com2). E.g., for TiO2, Com2(O) = 16." assertion.
- Carbide description "Number of carbon atoms" assertion.
- MetalNo description "Number of metal atoms" assertion.
- OxideNo description "Number of oxygen atoms" assertion.
- CarbideNo description "Number of carbon atoms" assertion.
- SphericalNP description "A nanoparticle with spherical morphology" assertion.
- Hollow description "Hollow shape" assertion.
- sizeTEM description "The size of a nanomaterial as measured by Transmission Electron Microscopy (TEM)" assertion.
- Purity description "A composition quality which is the degree to which an object bearer is free of contaminants or heterogeneous components" assertion.
- 2Dshape description "A planar, two-dimensional shape" assertion.
- 3Dshape description "A geometric three-dimensional shape" assertion.
- 1Dshape description "A one dimensional shape" assertion.
- PlantSpecies description "Species belonging to the plant kingdom" assertion.
- ExposurePathway description "The physical course a chemical or pollutant takes from its source to the exposed organism" assertion.
- PlantPart description "Anatomical part of a plant, such as fruit, seed, pod, leaf, stem or flower as well as the whole plant" assertion.
- Age description "A temporal measurement of the time period elapsed since an identifiable point in the life cycle of an organism. If a developmental stage is specified, the identifiable point would be the beginning of that stage. Otherwise the identifiable point must be specified such as planting (e.g. 3 days post planting)." assertion.
- PlantCultureType description "The treatment used for growing plants" assertion.
- CarbonFixation description "Carbon fixation is a process found in autotrophs, usually driven by photosynthesis, whereby carbon dioxide (CO(2)) is converted into organic compounds. There are three types of carbon fixation pathways: i) C3 acid cycle; ii) C4 acid cycle; iii) CAM pathway" assertion.
- Concentration description "A quality inhering in a substance by virtue of the amount of the bearer's there is mixed with another substance" assertion.
- Duration description "A temporal measurement of the time between two specified points" assertion.
- Photoperiod description "The time period of daily exposure that an organism receives from daylight or artificial light. It is believed that photoperiodic responses may affect the control of energy balance and thermoregulation" assertion.
- Humidity description "The concentration of water vapor in the air, typically expressed as a percentage. Humidity affects various environmental and biological processes, including climate, respiration, and microbial growth" assertion.
- DaytimeTemperature description "The temperature during daytime" assertion.
- NightTemperature description "The temperature during the night" assertion.
- NormalisedLength description "Scaling or adjusting a length value to a standard or relative scale" assertion.
- Classification description "Supervised machine learning methods used for categorical, discrete dependent variables" assertion.
- MLSubset description "Randomly dividing a dataset into training and test sets for predictive model development" assertion.
- D01 description "D1: Log10 of all atoms in the nanoparticle" assertion.
- D2 description "D2: Log10 of all atoms in the nanoparticle core" assertion.
- D03 description "D3: Log10 of all atoms in the nanoparticle surface" assertion.
- D04 description "D4: The average potential energy of all nanoparticle atoms in eV" assertion.
- D05 description "D5: The average potential energy of the core nanoparticle atoms in eV" assertion.
- D06 description "D6: The average potential energy of the shell nanoparticle atoms in eV" assertion.
- D07 description "D7: The average difference of the potential energy between the nanoparticle core and shell atoms in eV" assertion.
- D02 description "D2: Log10 of all atoms in the nanoparticle core" assertion.
- D02 description "D2: Log10 of all atoms in the nanoparticle core" assertion.
- D08 description "D8: The average ratio of the potential energy between core and shell nanoparticle atoms in eV" assertion.
- D09 description "D9: The average coordination parameter of all nanoparticle atoms" assertion.
- D10 description "D10: The average coordination parameter of the nanoparticle core atoms" assertion.
- D11 description "D11: The average coordination parameter of the nanoparticle shell atoms" assertion.
- D12 description "D12: The average difference of the coordination parameter between the nanoparticle core and shell atoms" assertion.
- D13 description "D13: The average ratio of the coordination parameter between the nanoparticle core and shell atoms" assertion.
- fip description "GFF FIP" assertion.
- D14 description "D14: The average coordination parameter (3Ang) of all nanoparticle atoms" assertion.
- D15 description "D15: The average coordination parameter (3Ang) of the core nanoparticle atoms" assertion.
- D16 description "D16: The average coordination parameter (3Ang) of the shell nanoparticle atoms" assertion.
- D17 description "D17: The average difference of the coordination parameter (3Ang) between core and shell atoms" assertion.
- D18 description "D18: The average ratio of the coordination parameter (3Ang) between the nanoparticle core and shell atoms" assertion.
- D19 description "The average coordination parameter (4Ang) of all nanoparticle atoms" assertion.
- D20 description "D20: The average coordination parameter (4Ang) of the core nanoparticle atoms" assertion.
- D21 description "D21: The average coordination parameter (4Ang) of the shell nanoparticle atoms" assertion.
- D21 description "D21: The average coordination parameter (4Ang) of the shell nanoparticle atoms" assertion.
- D22 description "D22: The average difference of the coordination parameter (4Ang) between core and shell nanoparticle atoms" assertion.
- D22 description "D22: The average difference of the coordination parameter (4Ang) between core and shell nanoparticle atoms" assertion.
- D23 description "D23: The average ratio of the coordination parameter (4Ang) between core and shell nanoparticle atoms" assertion.
- D24 description "D24: The average coordination parameter (5Ang) of all nanoparticle atoms" assertion.
- D25 description "D25: The average coordination parameter (5Ang) of the core nanoparticle atoms" assertion.
- D26 description "D26: The average coordination parameter (5Ang) of the shell nanoparticle atoms" assertion.
- D27 description "D27: The average difference of the coordination parameter (5Ang) between core and shell nanoparticle atoms" assertion.
- D28 description "D28: The average ratio of the coordination parameter (5Ang) between core and shell nanoparticle atoms" assertion.
- D29 description "D29: The average coordination parameter (6Ang) of all nanoparticle atoms" assertion.
- D30 description "D30: The average coordination parameter (6Ang) of the core nanoparticle atoms" assertion.
- D31 description "D31: The average coordination parameter (6Ang) of the shell nanoparticle atoms" assertion.
- D32 description "D32: The average difference of the coordination parameter (6Ang) between core and shell nanoparticle atoms" assertion.
- D33 description "D33: The average ratio of the coordination parameter (6Ang) between core and shell nanoparticle atoms" assertion.
- D34 description "D34: The diameter of the nanoparticle in A" assertion.
- D35 description "D35: The surface area of the nanoparticle in A^2" assertion.
- D36 description "D36: The volume of the nanoparticle in A^3" assertion.
- D37 description "D37: Lattice energy of the nanoparticle in eV" assertion.
- D38 description "Lattice energy of bulk material - Lattice energy of nanoparticle in eV" assertion.
- D39 description "D39: Lattice energy of the nanoparticle divided by the nanoparticle diameter in eV/A" assertion.