Cyclic Voltammetry / Linear Sweep
Convert battery voltage-current sweep files into graphs, then review Peak Summary, Scan-rate Analysis, Cycle Overlay, and Data Review workflows in one workspace.
Open Battery Voltammetry Analysis Tool
.csv, .txt, .tsv
Find maximum-current and minimum-current points from voltage-current rows to summarize anodic and cathodic peak candidates. This is an automatic screening result.
Peak Summary is automatic screening from current extrema; review baseline, noise, and voltage window before treating peaks as fitted results.
Combine visible files that include scan-rate metadata, fit log10(|peak current|) versus log10(scan rate), and report anodic/cathodic b-value candidates.
Scan-rate b-value candidates require visible files with scan-rate metadata; review peak-current selection and log-fit evidence before interpretation.
Overlay cycle-grouped voltage-current sweeps to compare repeated-measurement peak shifts, current changes, and voltage-window differences.
Cycle Overlay depends on parsed cycle metadata; confirm cycle labels and voltage-current ranges before comparing repeated sweeps.
Review parsed row count, cycle metadata, scan-rate presence, and voltage/current ranges before trusting peak-candidate or b-value extraction.
Data Review is the quality gate for peak and b-value screening; check scan-rate presence, cycle handling, and parsed range coverage.
Load CSV/TXT/TSV voltage-current rows and review the source sweep shape, voltage window, current range, and noise level.
Mark first-pass anodic and cathodic peak candidates from maximum and minimum current points and report peak separation when both peaks exist.
Use visible files with scan-rate metadata to fit log10(|peak current|) versus log10(scan rate) and report anodic/cathodic b-value candidates.
Overlay cycle-grouped voltage-current curves when the source file includes cycle metadata.
Review parsed rows, cycle count, voltage/current ranges, scan-rate presence, and sweep-direction evidence before exporting results.
The measurement file is parsed into voltage-current rows and converted into graphs. From there, the workspace helps you review Peak Summary, Scan-rate Analysis, Cycle Overlay, and Data Review evidence.
No. Peak Summary is a screening surface based on maximum and minimum current points. Scan-rate Analysis uses those automatic peak currents to estimate b-value candidates; manual peak windows, baseline correction, and fitted peak models are outside the current public workflow.
Files uploaded to this analysis tool are processed in the current browser session for graph conversion and analysis. The tool does not send files outside or save them without user permission.