Russian Metallurgy and Mining

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Scientific Information Consultants, 1964 - Fuel

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Contents

I Shubeko P Z Tsylev L M
5
Vasyutinskiy N
12
V Stepanov V P Topilin V V
21
Copyright

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Russian Metallurgy and Mining

Snippet view - 1960
Russian Metallurgy and Mining

Snippet view - 1963
Russian Metallurgy and Mining

Snippet view - 1962

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Abstract addition alloys aluminium annealing argon atoms austenite bath blast furnace boron calculated carbon cementite changes chemical chromic oxide chromium cobalt coefficient composition compounds concentration containing cooling copper cracks creep crucible cryolite crystal lattice curves decrease deg.C density deposition desulphurisation determined diagram dislocations distribution effect electrical resistance elements elongation energy equilibrium experimental ferrite formation gaseous grain graphite heat hydrogen impurities inclusions increase indium ingots initial investigation iron kg/mm² kinetics layer liquid martensite mechanical melting metal Metallurgizdat methane method microhardness mixture molten Moscow nickel nitrogen non-axial segregation obtained oxide oxygen particles pearlite phase pressure properties Publ quenching ratio reaction reduction Russian Metallurgy shows silicon carbide slag solid solution solubility specific electrical specimens SSSR steel strength stress structure sulphide surface Table tests thermodynamic titanium tungsten vacuum vanadium variation velocity viscosity volume wüstite zone refining

Bibliographic information

TitleRussian Metallurgy and Mining
ContributorScientific Information Consultants
PublisherScientific Information Consultants, 1964
Original fromUniversity of Illinois at Urbana-Champaign
DigitizedMay 23, 2011
  
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