CrystalDiffract 6 program interface showing a three-phase mixture plotted with other patterns, and with screen tools visible.
Phase transition visualized using "Spectrum Colours" option
The Search field in action: the 004 peak is shown and (if the Reflexions List is open) its list row is highlighted.
Visualizing a phase transition in "Film" mode, using the Loupe for detail
Observed (red) and simulated (blue) time-of-flight neutron diffraction patterns
Simulating a phase transition by adjusting the cell parameters in real time
A three-phase mixture, plotted with its component patterns
Simulation of particle size and strain effects in Quartz
Editing a crystal structure: note the spacegroup recognition, site occupancy control and anisotropic temperature factors.
Data smoothing and background subtraction, illustrated for a clay mineral
X-ray atomic scattering factors visualized for various elements, using the Scattering Factors windiow.
The various phases of Ice, plotted in traditional "Negative" film mode