Image sequence, time, Ewe and current
Load timestamped frames and the electrochemical record, preserve the original reference, and document synchronization origin, offsets, scan rate, electrolyte and electrode configuration.
In-situ TEM and electrochemistry
Follow structure and potential on one timeline.
Play image frames with synchronized Ewe, current and time. Compare CV cycles or play one experiment, with potential converted to a selected reference only when the required calibration is known.
Synchronized imaging and electrochemical response
Playback and comparison remain independent controls while sharing one time, potential and reference-electrode model.
Time alignment and explicit reference conversion
Align frame and electrochemical timelines, select cycles or datasets, and convert potential only through a stated equation. A Protochips Pt pseudo-reference has no universal fixed potential and requires experiment-specific calibration.
Structure-potential correlation
CVPeak potential, peak current, onset and cycle-to-cycle comparison
ImagingSynchronized frame at each time and potential
PlaybackAdaptive view follows Ewe while retaining full-curve context
ReferenceRecorded and converted axes with pH/calibration assumptions
Frames, traces and synchronized handoff
The export retains the common timebase so structural events can be checked against electrochemical events.
Publication figuresSelected TEM frames with synchronized Ewe/current markers and single- or multi-cycle CV comparison
Quantitative tablesTime, recorded and converted potential, current, cycle, peak/onset metrics and frame linkage
Reusable dataSynchronized image sequence or video plus CSV/XLSX electrochemical and event tables
Scientific reportPDF and HTML with alignment method, reference equation, Pt pseudo-reference calibration and limitations
Pseudo-reference conversion is valid only for the stated calibration, electrolyte, temperature and experiment conditions.