Electrochemistry

Electrochemistry
ID	OSWb0643eb317035c3b9c56a373db8e6f76
UUID	b0643eb3-1703-5c3b-9c56-a373db8e6f76
Label	Electrochemistry
Machine compatible name	Electrochemistry
Statements (outgoing)

Statements (incoming)

Description

No description found

Category (Class)
Supercategories<br>Definition: Category (Class)	Battery Manufacturing Process

Meta Knowledge Base Category

Battery Manufacturing Process Type
Step IDColumn 'Step #' in the KIT excel sheet<br>Definition: Battery Manufacturing Process Type	17
SuccessorsFollowing process steps<br>Definition: Battery Manufacturing Process Type	Post-mortem analysis
ParameterInput / control parameters of the process<br>Definition: Battery Manufacturing Process Type	Applied current End of charge voltage End of discharge voltage External pressure (testing) Pressure/compression requirements Temperature (testing) Voltage range (testing)
Depends onCharacteristics of input materials that are relevant for the design of the process<br>Definition: Battery Manufacturing Process Type	Purity (raw materials) Particle size distribution (active materials) Particle size distribution (additives) Particle size distribution (binder) Composition of electrolyte Conductivity (electrolyte) Viscosity (electrolyte) Carbon black agglomerate size (after mixing) Homogeneity (slurry) Purity (electrode slurry) Areal loading (wet) Edge geometry Homogeneity (wet film) Layer thickness wet electrode Surface quality (electrode film wet) Adhesion (after drying) Areal loading (dry) Binder distribution Composition Conductive additive distribution Electrical conductivity Fractures in dry electrode Layer thickness dry electrode Layer thickness homogeneity (dry film) Packing density Adhesion (after calendering) Density calendered electrode Fractures in calendered electrode Layer thickness calendered electrode Layer thickness homogeneity (calendered electrode film) Mass loading (negative electrode) Mass loading (positive electrode) Pore size distribution (calendered film) Porosity calendered electrode Surface area (active) (calendered film) Surface roughness Edge quality Metallic foreign particles Microstructure deformation Areal loading (post-dried) Residual moisture (post-dried film) Foreign particle concentration Stacking: Final weight of stack Winding: Final weight of roll Contact resistance Mechanical stability Weld quality Cell type and size (large scale) Tightness Electrical Insulation Electrolyte volume Residues sealing seam Distribution electrolyte Gas composition (degassing) Homogenity of SEI layer Internal resistance cell (after formation) Average (dis-)charge voltage Capacity (after formation) Capacity (end of test) Cell volume variation Coulombic efficiency Cycle life Energy density Energy efficiency Internal resistance cell (end of test) Overdischarge behavior Specific energy & energy density of the cell Internal pressure (full cell) Overcharge behavior Self-discharge
IDColumn 'ProcID' in the KIT excel sheet<br>Definition: Battery Manufacturing Process Type	17-Electrochemistry
OutputsOutput materials of the process<br>Definition: Battery Manufacturing Process Type	Full cell (tested)

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label

text	"Electrochemistry"
lang	"en"

type

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subclass_of

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kit_step_id

"17"

kit_id

"17-Electrochemistry"

successors

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outputs

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parameters

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Electrochemistry

Description

Process Graph

Graph

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