Structural Evolution of 10% Cr–3% Co Steel Microalloyed with Re and Cu during Creep at 923 К

Effect of Alloying on the Nucleation and Growth of Laves Phase in the 9–10%Cr-3%Co Martensitic Steels during Creep

(2020) Alexandra Fedoseeva et al.   Metals

On effect of rhenium on mechanical properties of a high-Cr creep-resistant steel

(2018) A. Fedoseeva et al.   MATERIALS LETTERS

Structure and creep of Russian reactor steels with a BCC structure

(2017) V. V. Sagaradze et al.   PHYSICS OF METALS AND METALLOGRAPHY

Microstructural changes in steel 10Kh9V2MFBR during creep for 40000 hours at 600°C

(2015) A. E. Fedoseeva et al.   PHYSICS OF METALS AND METALLOGRAPHY

Influence of the carbon content on the phase composition and mechanical properties of P92-type steel

(2015) V. A. Dudko et al.   PHYSICS OF METALS AND METALLOGRAPHY

New martensitic steels for fossil power plant: Creep resistance

(2010) R. O. Kaybyshev et al.   PHYSICS OF METALS AND METALLOGRAPHY

Morphology and Crystallography of Sub-Blocks in Ultra-Low Carbon Lath Martensite Steel

(2009) S. Morito et al.   MATERIALS TRANSACTIONS

Precipitate design for creep strengthening of 9% Cr tempered martensitic steel for ultra-supercritical power plants

(2008) Fujio Abe   SCIENCE AND TECHNOLOGY OF ADVANCED MATERIALS