Here you can find the list of the requirements (R) and competency questions (CQ) identified for the SolarChem Network of ontologies.
| Identifier | Requirement or Competency Question |
|---|---|
| R1 | Articles have title, year, journal, issue, abstract, volume and author |
| R2 | Each article may refer to one or more experiments |
| R3 | Each experiment must have a catalyst |
| R4 | Each experiment may have additional inputs apart from the catalyst |
| R5 | Each experiment must specify surface area and band gap |
| R6 | An experiment must indicate operation conditions, including temperature, pressure, reaction time, medium and operation mode |
| R7 | Photocatalysis experiments may also indicate type of reactor |
| R8 | Electrocatalysis and Photoelectrocatalysis experiments may also indicate electrochemical configuration |
| R9 | Photocatalysis and Photoelectrocatalysis experiments must indicate the light source used, including type of light, lamp, wavelength, irradiance and power |
| R10 | TiO2 catalysts must indicate crystal structure |
| R11 | Medium reaction must be either gas or liquid |
| R12 | When reaction medium is liquid, the pH value must be indicated |
| R13 | Operation modes must be either batch or continuous |
| R14 | When the operation mode is continuous, the spacial speed value must be indicated |
| R15 | Each experiment may have one or more outputs |
| R16 | When the light source is not solar or solar simulation, the wavelength must be indicated |
| R17 | An experiment may provide conversion metrics, quantum efficiency metrics and electrochemical metrics |
| CQ1 | How many experiments are reported per year? |
| CQ2 | How many experiments are reported per country? |
| CQ3 | How many experiments are there per type of catalyst? |
| CQ4 | Which articles have been published in the ACS NANO Journal in 2018 in volume 229? |
| CQ5 | Which experiments use TiO2 as catalyst, liquid medium an produce H2 as output? |
| CQ6 | Which experiments use TiO2 as catalyst, liquid medium and produce the most H2 output in µmol/gh? |