Conditions and More
Conditions
Many backend properties contain the property conditions
. This property records the
fundamental conditions associated with the recorded data. Each type of backend data has a specific set of
conditional properties associated with it.
Computational
Molecular DFT Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
code_name |
Name of code used for DFT calculation | string |
code_version |
Version of code used | string |
functional |
Functional used for the calculation | string |
xc_functional_family |
Exchange-correlation family to which the functional belongs | string |
basis_set |
Basis-set used for the calculation | string |
basis_set_type |
Type of basis set used | string |
num_basis_func |
Number of basis functions | integer |
tuning_parameter |
The value of the range correction parameter | number |
solvent |
Solvent model used for the calculation | object |
reference_electrode |
Reference electrode used | string |
Periodic DFT Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
electronic_structure_method |
Electronic structure method used in calculation | string |
code_name |
Name of code used for DFT calculation | string |
code_version |
Version of code used | string |
MD Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
code_name |
Name of code used for DFT calculation | string |
code_version |
Version of code used | string |
solvents |
Solvent model used for the calculation | array |
Experimental
CV Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
working_electrode |
Working electrode used | string |
counter_electrode |
Counter electrode used | string |
reference_electrode |
Reference electrode used | string |
solvent |
Solvent used in experiment. Contains a dictionary with properties name and purity |
array |
electrolyte |
Electrolyte used in experiment. Contains a dictionary with properties name and purity |
array |
ionic_liquid |
Ionic liquid used in experiment. Contains a dictionary with properties name and purity |
array |
instrument |
Instrument used | string |
scan_rate |
Rate of change in potential (V) per second | object |
num_scans |
Number of CV scans | number |
initial_potential |
Initial potential in volts | object |
high_e |
Highest potential in volts | object |
low_e |
Lowest potential in volts | object |
comp_r |
Comparative resistance (ohm) | object |
working_electrode_surface_area |
Surface area of the working electrode | object |
redox_mol_concentration |
Concentration of redox molecule being measured | object |
temperature |
Temperature of redox solution being measured | object |
experiment_run_id |
ExpFlow experiment run uuid | string |
IR Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
solvent |
Solvent used in experiment. Contains a dictionary with properties name and purity |
array |
electrolyte |
Electrolyte used in experiment. Contains a dictionary with properties name and purity |
array |
ionic_liquid |
Ionic liquid used in experiment. Contains a dictionary with properties name and purity |
array |
instrument |
Instrument used | string |
cuvette |
Cuvette used in UV Vis | object |
phase |
Phase of matter in which the experiment was performed | string |
num_scans |
Number of IR scans | number |
technique |
Technique used (transmission, ATR, IRRAS, PM) and associated parameters | None |
UV Vis Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
solvent |
Solvent used in experiment. Contains a dictionary with properties name and purity |
array |
electrolyte |
Electrolyte used in experiment. Contains a dictionary with properties name and purity |
array |
ionic_liquid |
Ionic liquid used in experiment. Contains a dictionary with properties name and purity |
array |
instrument |
Instrument used | string |
cuvette |
Cuvette used in UV Vis | object |
phase |
Phase of matter in which the experiment was performed | string |
num_scans |
Number of UV-Vis scans | number |
Machine Learning
ML Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
NLP Conditions
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
data_source |
Type of source from which this data came | string |
nlp_model |
Model used to generate this data | string |
date_generated |
Date and time data was generated | string |
doi |
Article's digital object identifier (DOI) | string |
line_number |
line number of extracted property | string |
parent_sentence |
sentence from which property is extracted | string |
notes |
notes about the extracted property | string |
Instruments
Many backend properties contain the property instrument
. This is a str
entry that
records the name of the instrument used to gather the recorded data. An instrument name should correspond
to an instrument in teh D3TaLES instrument database. The following tables give the properites that
should be recorded for each type of instrument.
CV Instrument
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
_id |
Instrument identifier | string |
serial_number |
Instrument manufacturing serial identifier | string |
name |
Instrument name | string |
submission_info |
Info about who submitted the data and how | object |
working_electrode |
Working electrode used | string |
counter_electrode |
Counter electrode used | string |
reference_electrode |
Reference electrode used | string |
spec_echem_capabilities |
Spectroscopic capabilities of instrument | array |
current_range |
current range in amps | object |
air_sensitive |
Whether or not the instrument is air sensitive | boolean |
available_techniques |
Descriptions of the techniques available on this instrument | string |
gain |
Description of the instrument's gain (sensitivity) | string |
beamsplitter |
Description of the type of beamsplitter used | string |
window |
Description of the type of window used | string |
attachments |
Spectroscopic capabilities of instrument | array |
IR Instrument
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
_id |
Instrument identifier | string |
serial_number |
Instrument manufacturing serial identifier | string |
name |
Instrument name | string |
submission_info |
Info about who submitted the data and how | object |
detectors |
List of the detectors available on the instrument | array |
frequency_range |
frequency range in cm-1 | string |
resolution |
Resolution in cm-1 | object |
beamsplitter |
Description of the type of beamsplitter used | string |
windows |
Windows available in IR | array |
attachments |
List of the attachments available on the instrument | array |
UV Vis Instrument
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
_id |
Instrument identifier | string |
serial_number |
Instrument manufacturing serial identifier | string |
name |
Instrument name | string |
submission_info |
Info about who submitted the data and how | object |
detectors |
List of the detectors available on the instrument | array |
wavelength_range |
wavelength range in cm-1 | string |
resolution |
Resolution in cm-1 | object |
integration_time |
The time allowed for the detector to collect photons | object |
cell_material |
Description of the material used in the cell | string |
path_length |
Width of cuvette used (cm) | object |
air_sensitive |
Whether or not the instrument is air sensitive | boolean |
attachments |
Spectroscopic capabilities of instrument | array |
Submission Properties
Whenever a file is submitted to the DTaLES database, N
Notice that each major set of backend properties contains the property
submission_info
. This property contains the following sub-properties.
To Visualize the Schema for these properties, click here
Property |
Description | Data Type |
---|---|---|
processing_id |
Fireworks ID for the file processing | string |
source |
Source of the data | string |
author |
Individual who submits the data | string |
author_email |
Email of the individual submitting the data | string |
upload_time |
Time and date the data was received | string |
file_type |
Type of file data collected from | string |
data_category |
Whether the data relates to computation, synthesis, characterization, ML, NLP, etc. | string |
data_type |
Which specific type of data within data type (i.e. DFT within Computation) | string |
all_files_in_zip |
List of all files uploaded in this submission | array |
stored_location |
File path to the location the raw data is stored | string |
approved |
Whether the data has been approved by the submitter | boolean |