What this workflow helps you do
Turn a checked diffraction pattern or XRD comparison into a publication-ready figure without confusing display styling with analysis. The workflow focuses on readable 2θ axes, sample labels, reviewed peak annotations and export quality.
Use this workflow when
- Preparing a single XRD pattern for a manuscript or thesis.
- Formatting an overlay or stacked XRD comparison for publication.
- Adding reviewed peak labels or other annotations after the underlying analysis has been checked.
What you need before you start
- A verified XRD dataset or comparison with correct angle and intensity mapping.
- Reviewed peak or analysis results if annotations will be shown.
- The target figure dimensions and publication requirements.
Step-by-step workflow
- Open the checked XRD project or import the final dataset.
- Set the X-axis label and unit, suitable limits, intensity presentation and sample legend.
- Choose line styles and spacing that keep multiple patterns distinguishable.
- Add only reviewed peak labels, phase references or analysis annotations that are supported by the data.
- Preview the figure at final size and reduce annotation density if labels collide or obscure the pattern.
- Export in the required figure format and inspect the file before submission.
What to review in the result
- Peak labels correspond to reviewed features.
- Offsets and normalization are clearly represented when multiple patterns are shown.
- Axis labels, legend and annotations remain legible at final size.
- The figure does not imply unsupported phase assignments or quantitative intensity comparisons.
Before you report or export
- Keep the processing state used to generate the published figure.
- Follow journal requirements for resolution, dimensions and fonts.
- State normalization, offsets or background processing in the caption or methods where relevant.
Limitations and interpretation
- Styling cannot resolve ambiguous phase assignments or poor peak fits.
- Crowded labels can reduce clarity; not every detected peak needs to be annotated.
- Relative intensities may depend strongly on acquisition and sample preparation conditions.
