Fedorov crystallography

He developed the Fedorov stage for polarizing microscopes, a tool for crystallography which allows a mineral specimen to be studied under precise angles of tilt and rotation, providing an analysis of crystal structure.

Publications

• His first book, Basics of Polytopes, was finished in 1879 and published in 1885. It offers a classification of polytopes and derives Fedorov polytopes

Legacy

There is a street named after him on the site of the international X-ray laser research facility European XFEL in Schenefeld near Hamburg

See also

• Group theory• List of Russian material scientists•

External links

• Fedorov session 2010 .• Fedorov session 2008 .• Fedorov session 2006

What impact did Fedorov have on German scientists?

The impact of the Russian crystallographer E

S

Fedorov upon German scientists such as A

Schoenflies and P

Groth and the effect of these contacts for Fedorov are highlighted hundred years after the death of the latter

A creative exchange of ideas paved the way for the analysis of crystal structures with the aid of X-ray diffraction

What was Fedorov's vision of Crystallography?

In 1912, Fedorov formulated his vision of how to profit from the tables [ 63 ], which he expected to appear in the near future

Working out the basics of his crystallochemical analysis, he highlighted the following aspects: (i) Crystallography belongs to the major physico-chemical disciplines

When did Nikolai Fedorov publish his theory of crystal structures?

During the years 1881-1882 Fedorov gave many of his papers on 'the theory of crystal structures' before the St

Petersburg Mineralogical Society

In 1883 the finished book was accepted for printing on the recommendation of A

V

Gadolin, member of the Academy, the well-known author who derived the 32 crystal classes

Fedorov crystallography
Fedorov crystallography

Russian mathematician and crystallographer (1853–1919)

Evgraf Stepanovich Fedorov was a Russian mathematician, crystallographer and mineralogist.

Categories

Crystallographic feature
Serial femtosecond crystallography diffraction
Serial femtosecond crystallography software
Serial femtosecond crystallography membrane proteins
Serial femtosecond crystallography time-resolved
Serial femtosecond crystallography experiment
Gemmi crystallography
Geometrical crystallography symmetry elements
Generalized crystallography
Crystallographic geometries
Crystallography hexagonal lattice
Hematite crystallography
Helix crystallography
The crystallography of correlated disorder
Homomorphism crystallography
John helliwell crystallography
Goniometer head crystallography
Crystallography heavy metals
Crystallography wavelength
Crystallography of lead