Products
RED - Rotation Electron Diffraction
Automatically collect all reflections in reciprocal space in 1 h.
Software for turning your TEM into a single-crystal diffractometer for sub-micron crystal.
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Watch the 3D rotation electron diffraction on Youtube
CRISP
crystallographic image processing of electron micrographs.
CRISP allows processing of electron microscopy images both from inorganic
and from biological specimens. Functions: Fourier transforms, correcting astigmatism
and defocus in CTF, exit wave reconstruction from a single image, crystallographic
symmetry averaging and more.
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ELD quantitative information from electron diffraction patterns
Single crystal spot patterns and powder ring patterns are indexed and quantified. Add on PhIDO for chemical identification and determination of zone axis.
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Trice determine unit cell dimensions from
two or more SAED electron diffraction patterns.
The input for Trice is positions of diffraction spots, as found by ELD, plus the relative orientations
of the SAED patterns. The reciprocal lattice can be rotated and animated. |
Triple merge and scale 3D ED data, with full treatment of the 230 space groups.
Merge exposure series or different zone axes, using data from ELD. Merge symmetry-related
reflections for all 230 space groups. The output can be used for example in standard
programs for X-ray crystallography for solving structures by Direct Methods or for
structure refinement. |
TriMerge Combine tilt series of electron micrographs into a full 3D data set.
TriMerge is used for 2D crystals, just one unit cell thick, such as in membrane protein crystals. |
PhIDO for phase identification and zone axis determination.
Using a database of compounds, compiled by the user, PhIDO can identify the compound and [uwz] zone
axis from an electron diffraction pattern, quantified by ELD. |
Space Group Determinator
for space group determination from ZOLZ and HOLZ, acquired by Precession.
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Space Group Explorer
Download data for all 230 space groups for free.
Equivalent positions, extinctions conditions, phase restrictions, rotation matrices and more.
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