Simply click the “Reload” button and all will be well with the world. Editing a crystal binary option platform provider: note the spacegroup recognition, site occupancy control and anisotropic temperature factors. X-ray atomic scattering factors visualized for various elements, using the Scattering Factors windiow. Real-time parameter controls let you experiment with diffraction and sample settings, with instant feedback.
Multi-processing allows for fast profile simulation, and real-time adjustment of diffraction and sample parameters: placing you firmly in control of your diffraction experiment. Unit cell parameters an be edited on-the-fly to see how peak splittings change. You can manipulate and rescale your observed data, apply real-time smoothing and background corrections – and then use the innovative screen tools to measure your observed pattern. Compare with simulated patterns to check for purity – or attempt a phase identification. Film mode is a great way to match simulated and observed diffraction patterns. You can adjust mixture compositions in real time, using the mixture slider and text controls in the Parameters List. Additional controls let you lock the mixture total or reset components to zero, for easy manual editing of phase proportions.
Simulated mixtures can be displayed alongside the individual patterns from their components! Just use the visibility checkboxes in the Patterns List to customize your display. Legend display, plot title – plus your text fonts and sizes. Just “pinch-to-zoom”, and slide to scroll horizontally, or scale vertically.
You can also specify a precise plot range, use the Scroller tool or use the toolbar’s scale and scrolling commands. Patterns can be sorted according to various criteria and auto-stacked on screen. Search, Browse Reflexions An integrated Search field lets you quickly find simulated reflexions: in the plotted pattern, or in the Reflexions List. Peak Tips help you identify reflexions as you move the mouse. Tips are expandable, to show full information on each peak, including its d-spacing, relative intensity and width.