The problem: cell tests disconnected from synthesis
Materials teams need to connect a cell's performance to how its cathode material was made. When those records are separate, the link is lost.
A coin cell test result is one record, the cathode another, and the synthesis of the cathode material a third. When those records aren't linked, a scientist has to search for each one to understand why a cell performed the way it did.
What this demo shows
- Open Related Experiments on a coin cell.
- Read how each record connects, through cathode and electrolyte.
- Open the material behind the cathode and its synthesis record.
Why it matters
Battery performance comes from materials choices made weeks earlier. Linked records let the team see which synthesis conditions led to which cell results.
Clear relationships between records also make it faster to repeat a good result or rule out a cause when a cell underperforms.
See it with your own data
This video is part of Uncountable for batteries. To see how it would work with your own formulations and records, request a demo. Our team replies within 30 minutes during business hours.
Read the transcript
Uncountable keeps experiments as structured data. So, a coin cell links to the materials inside it. This coin cell tested a new cathode material. How was that material made? Related experiments lays out the records behind it. It shows the cathode, the electrolyte, and the material behind the cathode. Each link says how two records connect.
Open the material to see how it was made and how it performed. From coin cell back to material, connected in Uncountable.
