Resource Metadata

Overview

Test description
Uploader name
Uploader email
Objective
Data type
Echem. test type
Manufacture date
Test article receipt date
Data collection start date
As received mass (g)
As received 1kHz AC impedance (mOhms)
As received OCV (V)
Temperature control
Temperature (C)
Pre/post test
Data quality

Electrochemical

Charge C-rates
Discharge C-rates
Complex charge profile
Complex discharge profile
VMax (Volts)
Vmin (Volts)
SOCmax (%)
SOCmin (%)
CV current cutoff (C-rate)
CV time cutoff (min)
Li plating limit (mV)
Cyclic voltammetry scan rate (mV/s)
Cycling profile notes
Cycle age
Prior cycling or calendar aging
Related datasets
Fixture type
Fixture magnitude (Mpa or mm)
Fixture notes
Reference electrode type
Reference electrode notes

Cell Design/Batch

Batch name/ID
Batch description
Positive electrode active area (cm2)
Negative electrode active area (cm2)
Cell construction description
N:P ratio
Formation procedure description

Negative Electrode

Batch name/ID
Batch description
Manufacturer
Single or double-side coating
Single-sided coating thickness (um)
Total single-sided coating loading (mg/cm2)
Total single-sided coating density (g/cm3)
Expected single-sided areal capacity (mAh/cm2)
Porosity (%)
Estimated tortuosity
Binder type
Binder amount (wt. %)
Conductive additive type
Conductive additive amount (wt. %)
Current collector material
Current collector thickness (um)
Current collector areal density (mg/cm2)
Current collector surface treatment
BET surface area (m2/m3)

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Active Material #1

Manufacturer
Composition
Theoretical capacity (mAh/g)
Particle size D10 (um)
Particle size D50 (um)
Particle size D90 (um)
Particle shape
Surface coating
Crystal structure

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Active Material #2

Manufacturer
Composition
Theoretical capacity (mAh/g)
Particle size D10 (um)
Particle size D50 (um)
Particle size D90 (um)
Particle shape
Surface coating
Crystal structure

Positive Electrode

Batch name/ID
Batch description
Manufacturer
Single or double-side coating
Single-sided coating thickness (um)
Total single-sided coating loading (mg/cm2)
Total single-sided coating density (g/cm3)
Expected single-sided areal capacity (mAh/cm2)
Porosity (%)
Estimated tortuosity
Binder type
Binder amount (wt. %)
Conductive additive type
Conductive additive amount (wt. %)
Current collector material
Current collector thickness (um)
Current collector areal density (mg/cm2)
Current collector surface treatment
BET surface area (m2/m3)

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Active Material #1

Manufacturer
Composition
Theoretical capacity (mAh/g)
Particle size D10 (um)
Particle size D50 (um)
Particle size D90 (um)
Particle shape
Surface coating
Crystal structure

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Active Material #2

Manufacturer
Composition
Theoretical capacity (mAh/g)
Particle size D10 (um)
Particle size D50 (um)
Particle size D90 (um)
Particle shape
Surface coating
Crystal structure

Electrolyte

Class
Amount (g/Ah)
Solid-state electrolyte chemical composition
Solid-state electrolyte thickness (um)
Comments

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Solvents

Solvent #1 Type/composition
Solvent #1 Amount(wt. %)
Solvent #2 Type/composition
Solvent #2 Amount(wt. %)
Solvent #3 Type/composition
Solvent #3 Amount(wt. %)
Solvent #4 Type/composition
Solvent #4 Amount(wt. %)

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Additives

Additive #1 Type/composition
Additive #1 Amount(wt. %)
Additive #2 Type/composition
Additive #2 Amount(wt. %)
Additive #3 Type/composition
Additive #3 Amount(wt. %)
Additive #4 Type/composition
Additive #4 Amount(wt. %)

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Salts

Salt #1 Type/composition
Salt #1 Molarity (mol/L)
Salt #2 Type/composition
Salt #2 Molarity (mol/L)

Separator

Material
Porosity
Thickness (um)
Manufacturer & model
Separator Description
Gurley number

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