首页|An introduction to the special issue on interplay of crystallography, spectroscopy and theoretical methods for solving chemical problems
An introduction to the special issue on interplay of crystallography, spectroscopy and theoretical methods for solving chemical problems
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NSTL
Wiley
The crystal structures and molecular dimensions established by diffraction analysis have given an indisputably positive impulse to research efforts in many areas of chemistry, biochemistry, physics and materials science. In synthetic chemistry, the crystallographic result is often the most definitive means of establishing the nature of a new product. Indeed, the crystal structure is often taken as necessary proof that a compound exists; moreover, the importance of recognizing and characterizing polymorphic phases has made crystallographic analysis an indispensable tool in the pharmaceutical industry.
NSTL
Wiley
