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Welcome to the D3TaLES Database!

This is an open-access database of mineable data for Liquid-based Energy Storage (LES) materials. It contains curated
experimental and computational data generated by the D3TaLES project researchers and gathered from the relevant literature. 
Computation

Properties computed with quantum chemical methods like density functional theory. 

1e+07

Core hours
used to fill this database

Experiment

Data from laboratory and robotic experimentation 


38

Users
uploading experiments

Literature Scraping

Data gathered from the relevant literature through natural language processing.

1979

Abstracts
scraped from the literature

Machine Learning

Properties predicted with a variety of machine learning models. 

38434

Molecules
for training machine learning models


updated 2023-01-16

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D3TaLES Universities

NSF Cooperative Agreement Number: 2019574

Data-enabled Discovery and Design to Transform Liquid-based Energy Storage

Copyright 2021-2023, University of Kentucky

Designed by Rebekah Duke