Overview

ISO 16243:2011 - Surface chemical analysis - Recording and reporting data in X‑ray photoelectron spectroscopy (XPS) defines the minimum information that must be recorded and reported after an XPS measurement. The standard ensures that XPS data and the analytical record contain sufficient detail to allow reproducibility, independent assessment of data quality, and clear communication between analysts and customers.

Key topics and requirements

ISO 16243:2011 organizes reporting into clear, mandatory areas and specifies the essential items within each:

Analyst’s record (identification & preparation)
- Specimen origin, unique ID, description, date, analyst identity.
- Ex‑situ and in‑situ preparation details (mounting, cleaning, ion cleaning, heating, fracture, orientation).
Analytical conditions
- Instrument ID, X‑ray source (e.g., Al Kα, Mg Kα, monochromated), X‑ray power (or voltage/current), analyser slit/pass energy, geometry, take‑off angle, chamber pressure, analysis area, energy range, data points, acquisition time, charge compensation, lens mode.
- Requirement to calibrate binding‑energy scale (ISO 15472 or manufacturer procedure).
Spectra reporting
- Peak/region labels (e.g., C 1s), abscissa/ordinate labels and tic marks (binding or kinetic energy, counts/s), total acquisition time, energy reference (e.g., C 1s = 285 eV) and all data‑processing steps (smoothing, transmission correction, spike removal).
Quantitative analysis
- Quantification model, software name/version, background type, sensitivity factors and source, correction terms, estimated error, curve‑fitting functions/constraints and goodness‑of‑fit, excluded elements.
Compositional depth profiles
- Presentation (spectra montage or quantified profile), sputter‑rate calibration material and conditions, ion beam energy/current/area, abscissa/ordinate labels.
Maps and linescans
- Mapped peak/area, field‑of‑view and calibration, property scale (e.g., atomic %), acquisition method (stage scanning, X‑ray beam scanning, etc.).
Chemical‑state data
- Element/chemical formula for each state, database references, FWHM, curve‑fitting details, Auger peak energies and parameters.

Applications and who uses it

ISO 16243:2011 is used by:

Surface analysts and XPS laboratory personnel for standardized data capture and reporting.
Materials scientists and failure‑analysis teams requiring reproducible surface chemistry results.
Quality managers and customers who need traceable, reviewable XPS reports.
Instrument manufacturers and software vendors to ensure exported data support the required metadata.

Practical benefits include improved reproducibility, transparent data exchange, and clearer interpretation of surface chemical analysis.

Related standards

ISO 18115‑1 (vocabulary for surface chemical analysis)
ISO 15472 (binding‑energy calibration)
ISO 18116, ISO 18117 (specimen preparation/handling guidance)
ISO 20903 (error estimation)
ISO/TR 15969 (sputtered depth measurement)

Use ISO 16243:2011 to ensure consistent, traceable, and customer‑ready XPS reporting across laboratories and applications.

Overview

Key topics and requirements

ISO 16243:2011 organizes reporting into clear, mandatory areas and specifies the essential items within each:

Analyst’s record (identification & preparation)
- Specimen origin, unique ID, description, date, analyst identity.
- Ex‑situ and in‑situ preparation details (mounting, cleaning, ion cleaning, heating, fracture, orientation).
Analytical conditions
- Instrument ID, X‑ray source (e.g., Al Kα, Mg Kα, monochromated), X‑ray power (or voltage/current), analyser slit/pass energy, geometry, take‑off angle, chamber pressure, analysis area, energy range, data points, acquisition time, charge compensation, lens mode.
- Requirement to calibrate binding‑energy scale (ISO 15472 or manufacturer procedure).
Spectra reporting
- Peak/region labels (e.g., C 1s), abscissa/ordinate labels and tic marks (binding or kinetic energy, counts/s), total acquisition time, energy reference (e.g., C 1s = 285 eV) and all data‑processing steps (smoothing, transmission correction, spike removal).
Quantitative analysis
- Quantification model, software name/version, background type, sensitivity factors and source, correction terms, estimated error, curve‑fitting functions/constraints and goodness‑of‑fit, excluded elements.
Compositional depth profiles
- Presentation (spectra montage or quantified profile), sputter‑rate calibration material and conditions, ion beam energy/current/area, abscissa/ordinate labels.
Maps and linescans
- Mapped peak/area, field‑of‑view and calibration, property scale (e.g., atomic %), acquisition method (stage scanning, X‑ray beam scanning, etc.).
Chemical‑state data
- Element/chemical formula for each state, database references, FWHM, curve‑fitting details, Auger peak energies and parameters.

Applications and who uses it

ISO 16243:2011 is used by:

Surface analysts and XPS laboratory personnel for standardized data capture and reporting.
Materials scientists and failure‑analysis teams requiring reproducible surface chemistry results.
Quality managers and customers who need traceable, reviewable XPS reports.
Instrument manufacturers and software vendors to ensure exported data support the required metadata.

Practical benefits include improved reproducibility, transparent data exchange, and clearer interpretation of surface chemical analysis.

Related standards

ISO 18115‑1 (vocabulary for surface chemical analysis)
ISO 15472 (binding‑energy calibration)
ISO 18116, ISO 18117 (specimen preparation/handling guidance)
ISO 20903 (error estimation)
ISO/TR 15969 (sputtered depth measurement)

Use ISO 16243:2011 to ensure consistent, traceable, and customer‑ready XPS reporting across laboratories and applications.

ISO 16243:2011 PDF

Technical details

Abstract

Overview

Key topics and requirements

Applications and who uses it

Related standards

Related standards

Abstract

Overview

Key topics and requirements

Applications and who uses it

Related standards

Related standards

Surface chemical analysis — X-ray photoelectron spectrometers — Calibration of energy scales

Surface chemical analysis — Vocabulary — Part 1: General terms and terms used in spectroscopy

Surface chemical analysis. Guidelines for preparation and mounting of specimens for analysis

Surface chemical analysis — Handling of specimens prior to analysis

Surface chemical analysis. Auger electron spectroscopy and X-ray photoelectron spectroscopy. Methods used to…

Surface chemical analysis — Depth profiling — Measurement of sputtered depth