Minerals and Crystallography

At the College of Mining, MISiS, National University of Science and Technology, Moscow, Russian Federation.

Coal, with a layered structure
	In a thin section, coal actually has a reddish true-colour
Thin section	Quartz crystal with chlorite (MISiS minerals museum)
Andradite, calcium-iron-silicate (MISiS minerals museum)	Andradite, calcium-iron-silicate (MISiS minerals museum)
Andradite, calcium-iron-silicate (MISiS minerals museum). Member of the garnet family.	Sphalerite zinc sulphide and calcium carbonate (MISiS minerals museum)
Andradite, calcium-iron-silicate (MISiS minerals museum)	Chrysotile in serpentenite, magnesium silicon oxide hydroxide, (MISiS minerals museum)
	Quartz
Calcite, calcium carbonate, (MISiS minerals museum)	Astrophyllite, (MISiS minerals museum, Moscow, Russian Federation)
	Quartz, K-field spar, albit (MISiS minerals museum, Moscow, Russian Federation)
Quartz-amethyst (MISiS minerals museum, Moscow, Russian Federation)	Calcite and quartz (MISiS minerals museum, Moscow, Russian Federation)

Andradite (MISiS minerals museum, Moscow, Russian Federation)	Calcite (MISiS minerals museum, Moscow, Russian Federation)
Eudialyte (MISiS minerals museum, Moscow, Russian Federation)	Calcite, Limonite, pyrite (MISiS minerals museum, Moscow, Russian Federation)
	Chalcedonys silica (MISiS minerals museum, Moscow, Russian Federation)
Siica quartz (MISiS minerals museum, Moscow, Russian Federation)
Skarn, often formed at the contact zone between intrusions of granitic magma bodies and carbonate sedimentary rocks such as limestone and dolostone. (MISiS minerals museum, Moscow, Russian Federation)
Kerite often formed at the contact zone between intrusions of granitic magma bodies and carbonate sedimentary rocks such as limestone and dolostone.	Kerite often formed at the contact zone between intrusions of granitic magma bodies and carbonate sedimentary rocks such as limestone and dolostone.
Getchellite, orpiment (MISiS minerals museum, Moscow, Russian Federation)	Celestine strontium sulphate (MISiS minerals museum, Moscow, Russian Federation)
Fluorite calcium fluorite (MISiS minerals museum, Moscow, Russian Federation)	Fluorite calcium fluorite (MISiS minerals museum, Moscow, Russian Federation)
Fluorite calcium fluorite (MISiS minerals museum, Moscow, Russian Federation)	Fluorite calcium fluorite (MISiS minerals museum, Moscow, Russian Federation)
Sulphur (MISiS minerals museum, Moscow, Russian Federation)	Gypsum, hydrated calcium sulphate (MISiS minerals museum, Moscow, Russian Federation)
Chalcedony-chrisoprase silica (MISiS minerals museum, Moscow, Russian Federation)
	Fluorite (MISiS minerals museum, Moscow, Russian Federation)
Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation)	Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation)
Malachite Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation) Also, quartz on the right
	Breccia, chrysocolla, chalcedony, vanadinite, azurite, cuprite Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation)
Copper Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation)	Chalcedony on limestone organogenouse silica Calcite antimonite (MISiS minerals museum, Moscow, Russian Federation)
Quartz (MISiS minerals museum, Moscow, Russian Federation)	Quartz (MISiS minerals museum, Moscow, Russian Federation)
fish imprint on limestone (MISiS minerals museum, Moscow, Russian Federation)

Hydrogen TWIP	Nuclear growth	Maraging steel	Bearings
Tempering nanostructures	TRIP multipass welds	Bainitic powder	Shear instabilities
Surface displacements	Broken bainite	Bearing steel	Percolation