$crystalmaker electron diffraction pattern example$

In CAChe, you typically start by assembling a 2D version of a molecule from a library of fragments, using an editor that’s much like a drawing program that understands the rules of chemistry. One of the first Mac science programs, CAChe is now distributed by supercomputer maker Fujitsu, and its design shows careful effort at fitting G4 computation into the world of still-bigger computers. Special attention to reflection, shading effects, and depth fading puts CrystalMaker ahead of competing programs for vivid display, and its floating 3D representations (viewed with red/blue glasses) are dazzling as well as instructive.Ěn Array of ToolsĬAChe can calculate energy surfaces corresponding to different conformations of a molecule and display them in real time, allowing an intuitive appraisal of reaction possibilities.]dfĬAChe 4.1, in contrast to CrystalMaker’s single-minded focus on molecules in crystals, provides modules to calculate nearly every aspect of molecular behavior. It makes the best-looking crystal structures imaginable.

$crystalmaker electron diffraction pattern example$

CrystalMaker is easy to learn, and includes the most comprehensive and best-produced manual I’ve seen for a science product in years, but oddly for scientific software, its real attraction is aesthetic.

$crystalmaker electron diffraction pattern example$

Crystalmaker electron diffraction pattern example