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Crystal Studio was developed in 1997
and 1998, extensively tested and first released in 1999, and then underwent a
major upgrade every year. Version 9.0 was realeased in January 2007.
Ever since its first inception, Crystal Studio has been very robust and stable.
It seldom requires fixes or patches owing to our extensive tests,
not like some other software which are either first developed or overhauled and
require continuous maintenances.
Crystal Studio
has been widely used by many famous institutions around the world
such as Harvard University, Oxford University, MIT, UC Berkeley, IBM, AMD, UTC, Sony, Matsushita Electric,
Fujitsu, Hitachi, Canon, NEC, LLNL, ORNL, LANL, NASA, AFRL, IBCP, INSUBRIEN, NIMS, AIST, JAERI, JAEA, NTT, NHK, NKK,
Tokyo University and Osaka Univrsity etc.. More than 500 licenses including departmental and group licenses have been
purchased by many prominent institutions all over the world.
Crystal Studio
is a multi-document / multi-view integrated software developed
for Windows 95/98/ME, Windows NT/2000, Windows XP and Windows Vista operating systems.
Implemented with latest software technology, Crystal Studio
is very powerful, fast and very simple to use. Empowered with
a crystallographic database and a hyper-linked online help
system, Crystal Studio lets you create crystal structure with
stunning color and 3D realism in just a few mouse clicks.
Crystal Studio presents an ideal tool for research and teaching
in crystallography, materials science, solid state chemistry
and physics, mineralogy and other fields related with crystal
structures.
Imagine how easy photo-realistic
3D graphics is with Crystal Studio, less than 5 mouse clicks
to create a stunning 3D crystal structure, and one more click
to plot the powder XRD pattern, zone axis electron diffraction
pattern or a stereographic projection of the crystal structure.
If your old software let you spend hours learning how to use
it, throw it away, just clicking around gets you there with
Crystal Studio.
Apart from providing normal crystallography functionalities
like 3D graphics etc. as other packages, Crystal Studio offers ample functions
for defects like dislocations, twin boundaries and stacking faults, interfaces and surfaces
and two phase coherent combinations. It also covers XRD, neutron and electron diffraction simulation
and reciprocal lattice. Moreover it especially simulates the combined zone axis diffraction
patterns for twins and two phase coherent combinations.
With Crystal Studio
at hand, anyone in the fields of condensed matter physics,
chemistry, materials science & engineering, minerology
and geology etc. who has little knowledge of crystallography
becomes an expert immediately and can use it to invastigate
the atomic arrangement and structure of matter and find out
their relationship to its properties. For experts in crystallography,
Crystal Studio provides various ways for them to customize
crystal structures, by choosing different cell styles or by
cell transformations. Crystal Studio even provide easy means
for experts to change or create new space group specifications so they can
experiment with different cell symmetry settings.
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