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Effect of Composition and Distribution of Phases after Aging on Stamp Ability for Aluminum Alloy D16 (AA2014) Sheets
Grechnikov F., Nosova E.
Combined Effect of Calcium and Silicon on the Phase Composition and Structure of Al–10%Mg Alloy
Belov N., Naumova E., Doroshenko V., Avxentieva N.
Effect of scandium on the phase composition and hardening of casting aluminum alloys of the Al–Ca–Si system
Belov N., Naumova E., Doroshenko V., Bazlova T.
Investigation into the Possibility of Fabricating Boraluminum Rolling of Increased Strength without Homogenization and Quenching
Chervyakova K., Belov N., Samoshina M., Yakovlev A.
The Influence of Composition and Heat Treatment on the Phase Composition and Mechanical Properties of ML19 Magnesium Alloy
Koltygin A., Bazhenov V., Letyagin N., Belov V.
Surface Composition and Structure of Highly Porous Materials Based Zirconia Stabilized with Yttria
Porozova S., Smetkin A., Solnyshkov I.
Formation of the structure and phase composition of the Ti–Al–Ta-based materials
Sychev A., Umarov L., Sachkova N., Golosov E., Goryainov A., Kamynina O., Bozhko S., Boyarchenko O., Vadchenko S.
Influence of annealing on electrical resistance and hardness of hot-rolled aluminum alloy sheets containing up to 0.5% Zr
Belov N., Dostaeva A., Shurkin P., Korotkova N., Yakovlev A.
Comparative Study of the Structural-Phase State and Mechanical Properties of Ni–Cr(X) and Fe–Cr(X) Heat-Resistant Alloys Fabricated by Additive Technologies
Kolobov Y., Prokhorov A., Manokhin S., Tokmacheva-Kolobova A., Serebryakov D., Afanasiev V.
Investigation into the Fabrication Possibility of the Boron–Aluminum Sheet Rolling of Increased Strength without Using Homogenization and Quenching
Chervyakova K., Belov N., Samoshina M., Yakovlev A.
Development of the Aluminum Powder Composite Based on the Al–Si–Ni System and Technology of Billet Fabrication of This Composite
Vasenev V., Mironenko V., Butrim V., Osintsev O., Betsofen S.
Influence of the Chemical Composition and Heat Treatment Modes on the Phase Composition and Mechanical Properties of the ZK51A (ML12) Alloy
Koltygin A., Bazhenov V.
Investigation into physicomechanical properties and structure of the Al–Al2O3 composite material fabricated using mechanical treatment of the PAP-2 aluminum powder and reaction sintering of powder billets
Ivanov D., Ivanov A., Shlyapin S.
Controlling the Phase Composition, Structure, and Complex of Properties of the High-Modulus Titanium Alloy by Thermohydrogen Processing
Mamonov A., Slezov S., Gvozdeva O.
Structure and phase composition of wear-resistant coatings of the TiB2–Al system prepared by electroexplosion sputtering
Romanov D., Olesyuk O., Budovskikh E., Gromov V., Sameishcheva T., Yartsev P.
Effect of Bismuth and Lead on the Phase Composition and Structure of the Al–5% Si–4% Cu–4% Sn Alloy
Chervyakova K., Yakovleva A., Belov N., Shkalei I.
Effect of Heat Treatment on the Structure and Properties of Sheet Semifinished Products Made of a Heat-Resistant Alloy Based on Titanium and Alloyed with Rare-Earth Metal
Skvortsova S., Grushin I., Speranskiy K., Kavchenko E.
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