Data from: Fire safety profiles of lithium metal batteries: From liquid to all-solid-state
Data files
Jun 12, 2026 version files 5.21 GB
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C-ASSB1.MP4
188.65 MB
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C-ASSB2.MP4
157.85 MB
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C-LIB1.MP4
265.35 MB
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C-LIB2.MP4
224.90 MB
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C-LMB1.MP4
205.52 MB
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C-LMB2.MP4
210.36 MB
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C-LMPB1.MP4
141.13 MB
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C-LMPB2.MP4
172.25 MB
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C-QSSB1.MP4
230.79 MB
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C-QSSB2.MP4
196.31 MB
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D-ASSB1.MP4
195.06 MB
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D-ASSB2.MP4
214.99 MB
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D-LIB1.MP4
233.24 MB
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D-LIB2.MP4
223.15 MB
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D-LMB1.MP4
397.59 MB
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D-LMB2.MP4
333.28 MB
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D-LMPB1.MP4
216.10 MB
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D-LMPB2.MP4
198.14 MB
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D-QSSB1.MP4
192.68 MB
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D-QSSB2.MP4
193 MB
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NC-ASSB.MP4
238.15 MB
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Pouch_Only.MOV
124.67 MB
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README.md
2.78 KB
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S-Li-LLZO-S.MP4
231.30 MB
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S-Li-S.MP4
230.24 MB
Abstract
This study analyzes data from burn tests on full cells of various lithium-containing chemistries. Results from the study show that solid-state ceramic separators may help slow the propagation of the lithium oxidation reaction during cell burn tests. The files stored in this database are all of the video files recorded of the burn tests for each sample reported in the study. For any queries regarding the videos, please contact the corresponding author.
Dataset DOI: 10.5061/dryad.pk0p2nh4d
Description of the data and file structure
This data set contains video files of burn tests performed on pouch cell batteries via a propane flame. The samples tested include lithium ion (LIB), lithium metal with liquid electrolyte (LMB), lithium metal with polymer electrolyte (LMPB), lithium metal with ceramic separator and liquid catholyte (QSSB), and lithium metal with ceramic separator (ASSB). "C-" and "D-" prefixes denote charged and discharged samples, respectively. All 4 cells of each of the 5 types are included, as well as the 4 controls. Additional details about cell manufacturing and testing parameters and methods can be found in the linked manuscript.
Files and variables
File: C-ASSB2.MP4
Description: charged all-solid-state battery #2
File: C-ASSB1.MP4
Description: charged all-solid-state battery #1
File: C-LIB1.MP4
Description: charged lithium-ion battery #1
File: C-LMB1.MP4
Description: charged lithium-metal battery #1
File: C-LIB2.MP4
Description: charged lithium-ion battery #2
File: C-LMPB1.MP4
Description: charged lithium-metal polymer battery #1
File: C-LMPB2.MP4
Description: charged lithium-metal polymer battery #2
File: C-QSSB2.MP4
Description: charged quasi-solid-state battery #2
File: C-QSSB1.MP4
Description: charged quasi-solid-state battery #1
File: D-ASSB1.MP4
Description: discharged all-solid-state battery #1
File: C-LMB2.MP4
Description: charged lithium-metal battery #2
File: D-ASSB2.MP4
Description: discharged all-solid-state battery #2
File: D-LIB1.MP4
Description: discharged lithium-ion battery #1
File: D-LIB2.MP4
Description: discharged lithium-ion battery #2
File: D-LMPB2.MP4
Description: discharged lithium-metal polymer battery #2
File: D-QSSB1.MP4
Description: discharged quasi-solid-state battery #1
File: D-LMPB1.MP4
Description: discharged lithium-metal polymer battery #1
File: D-QSSB2.MP4
Description: discharged quasi-solid-state battery #2
File: Pouch_Only.MOV
Description: pouch only control
File: NC-ASSB.MP4
Description: no cathode all-solid-state battery
File: S-Li-LLZO-S.MP4
Description: stainless - lithium - LLZO - stainless stack
File: S-Li-S.MP4
Description: stainless - lithium - stainless stack
File: D-LMB1.MP4
Description: discharged lithium-metal battery #1
File: D-LMB2.MP4
Description: discharged lithium-metal battery #2