CrystalDiffract for Windows

CrystalDiffract is a software developed by CrystalMaker Software Ltd. It is a powerful tool for simulating and analyzing X-ray and neutron powder diffraction patterns from crystal structures.

CrystalDiffract allows users to input crystal structure data, simulate diffraction patterns, and analyze experimental data. It provides tools for calculating and visualizing powder patterns, indexing diffraction peaks, refining structure data, and more.

CrystalDiffract supports a wide range of crystal structure file formats, including CIF, PDB, XYZ, RES, POSCAR, and others.

Yes, CrystalDiffract can simulate both X-ray and neutron powder diffraction patterns. It provides options to select the radiation source and wavelength for accurate simulation.

Yes, CrystalDiffract enables users to load experimental data (observed powder diffraction pattern) and analyze it by fitting the observed peaks to simulated patterns. It provides tools for peak profile fitting, indexing, and refinement of structure parameters.

Yes, CrystalDiffract supports multiple crystal structures in one simulation. Users can combine and simulate diffraction patterns from several crystal structures to study complex systems or mixtures.

Yes, CrystalDiffract allows users to specify arbitrary crystal orientations for calculating and visualizing powder patterns. It provides interactive 3D visualization tools to rotate and manipulate crystal structures.

Yes, CrystalDiffract is fully compatible with other CrystalMaker software products. Users can import crystal structures from CrystalMaker or export simulation results for further analysis in CrystalMaker or other supporting software.

Yes, CrystalMaker Software Ltd provides a free trial version of CrystalDiffract for Windows. Users can download the trial version from the official website and evaluate its features before purchasing a license.

CrystalDiffract requires a computer running Windows (Windows 7 or later) with a minimum of 4GB RAM. Additional requirements may vary depending on the complexity of the simulations and system capabilities.