Phase Quantification
Multi-phase Rietveld refinement, crystalline phase weight fractions, internal-standard amorphous content and series sample comparison.
Rietveld, Le Bail, Pawley, full-pattern fitting, phase quantification, single-peak or multi-peak fitting, lattice and structure parameters, CIF preparation and professional analysis reports.
Multi-phase Rietveld refinement, crystalline phase weight fractions, internal-standard amorphous content and series sample comparison.
Lattice parameters, atomic coordinates, occupancy, B factors, bond lengths, bond angles, coordination geometry and CIF preparation.
Peak shape, FWHM, crystallite size, microstrain, preferred orientation, defects, in-situ or variable-temperature XRD and batch refinement.
The final route depends on data quality, available structure models and the research question. Scope, price and estimated delivery time are confirmed before work starts.
One sample is US$30. Each additional sample adds US$30. Suitable for multi-phase quantification, series comparison and composition tables.
Select any one structure option for US$50. Each additional option adds US$10. CIF preparation and professional reporting are included with structure-refinement delivery when applicable.
Send the analysis goal, XRD data, CIF files, sample notes or references.
We confirm deliverables, price and estimated turnaround based on your data and goal.
After payment confirmation, the project enters fitting, quantification, structure work or report preparation.
Receive fitting plots, tables, CIF files, peak data or professional analysis reports according to scope.
The examples represent three common project types: phase quantification, structure refinement and single-phase or structure confirmation.

Estimate major crystalline phase fractions and compare composition changes across samples or treatment conditions.

Analyze peak position, unit-cell and profile changes to support discussion of lattice parameters, size, strain or phase matching.

Check whether the target structure is consistent with the experimental pattern and summarize peak matching and lattice change.
We organize data processing, fitting quality, parameter tables and interpretation around the customer's research goal, not only around raw software output.
GSAS-II, structure-visualization and data-processing tools are used where appropriate, with manual checks on background, peak positions, indicators and file consistency.
Routine quantification is priced by sample count. Structure work uses simple selectable options. Complex projects are quoted after checking feasibility and deliverables.
Deliverables can include not only fitting plots and tables, but also explanation of phase content, lattice change, structural parameters, peak shifts, bond lengths or angles.
Customer data, CIF files and sample information are not public. Case examples are anonymized, and agreed revisions are supported after delivery.
Delivery depends on the project goal and may include publication-ready figures, tables, structure files and written analysis.
Select a service type and send your project details. We will reply with the next step by email.
After submission, an order ID is issued by email. Completed orders receive secure delivery links for the package, plots, tables, CIF or report.
Lookup shows current status, estimated delivery time and available delivery links when the order is complete.
Please provide raw XRD data first. Common formats include .xy, .xye, .txt, .csv, .raw, .ras, .uxd, .brml and .xrdml. CIF files, composition, sample treatment, references and research questions are also helpful.
Routine quantification is usually faster. Complex structures, batch data or report-heavy projects are scheduled after the scope is confirmed.
Reliable structure information, standards or an internal standard improve stability. Data quality, peak overlap and sample information are reviewed before the route is confirmed.
Depending on scope, delivery may include fitting plots, refined parameters, CIF files, bond length or angle tables, pore or coordination discussion and a written report.
Raw data, CIF files, sample details and delivery files are kept private by default. Public case examples are anonymized and customer identity is not shown without permission.
Agreed revisions are supported after delivery, such as figure format, report wording, additional tables or emphasis on specific discussion points.
Suitable for MOF structure change, in-situ or variable-temperature XRD, batch series, special peak-shape work or report-focused projects.