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The Age, Composition, and Provenances of Terrigenous Rocks in the South of the Sangilen Block of the Central Asian Orogenic Belt

Russian geology and geophysics, 2024-03, Vol.65 (3), p.326-344

2024

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Alkaline–Salicic Kurung Complex of the Ket-Kap–Yuna Igneous Province (Aldan Shield, Russia): Petrogenesis and Geodynamic Conditions of Formation

Russian geology and geophysics, 2024-03, Vol.65 (3), p.302-325

2024

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Titanium Dioxide as a Catalyst Support in Heterogeneous Catalysis

TheScientificWorld, 2014, Vol.2014, p.727496-21

2014

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What Will Happen on the Korean Peninsula Within the Next Decade?

International affairs (Moscow), 2021-04, Vol.67 (2), p.274

Vorontsov, A

2021

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Stamping of Nonuniform Channels. 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.2. Plastic Zone under the Punch Close to the Thick Wall

Russian engineering research, 2023-11, Vol.43 (11), p.1421-1425

Vorontsov, A. L.

2023

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Broken translational symmetry at edges of high-temperature superconductors

Nature communications, 2018-06, Vol.9 (1), p.2190-11, Article 2190

2018

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Stamping of Nonuniform Channels. 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.1. Plastic Zone under the Thick Wall

Russian engineering research, 2023-10, Vol.43 (10), p.1218-1222

Vorontsov, A. L.

2023

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Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.4. Completely Constrained Extrusion

Russian engineering research, 2023-08, Vol.43 (8), p.980-982

Vorontsov, A. L.

2023

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FRACTIONATION AND ASSIMILATION DURING THE FORMATION OF THE DEVONIAN ANTIDROMIC IGNEOUS SERIES OF THE SISIM AREA IN THE MINUSINSK TROUGH: GEOCHEMICAL AND Sr-Nd ISOTOPIC EVIDENCE

Geodinamika i tektonofizika, 2022-10, Vol.13 (4)

Vorontsov, A. A.

2022

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Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.3. Forces and Geometric Parameters

Russian engineering research, 2023-06, Vol.43 (6), p.688-691

Vorontsov, A. L.

2023

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A nickel based superalloy reinforced by both Ni3Al and Ni3V ordered-fcc precipitates

Scripta materialia, 2019-03, Vol.162, p.472-476

2019

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Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.2. Plastic Region under the Punch and Close to the Thick Wall

Russian engineering research, 2023-05, Vol.43 (5), p.567-570

Vorontsov, A. L.

2023

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Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.1. Plastic Region under Thick Wall

Russian engineering research, 2023-03, Vol.43 (3), p.285-290

Vorontsov, A. L.

2023

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Corrosion resistance of aluminum-magnesium alloy AA5083 welded joint after high-speed laser welding

AIP Conference Proceedings, 2020, Vol.2310 (1)

2020

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Stamping of Nonuniform Channels: 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.3. Plastic Zone under the Punch Close to the Thick Wall with Hindered Flow

Russian engineering research, 2023, Vol.43 (12), p.1543-1546

Vorontsov, A. L.

2023

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Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.3. Determining the Basic Characteristics of the Fibrous Structure

Russian engineering research, 2022-12, Vol.42 (Suppl 1), p.S46-S48

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 2. Theoretical Analyses of Nonuniform-Channel Extrusion: A Review

Russian engineering research, 2021-05, Vol.41 (5), p.410-415

Vorontsov, A. L.

2021

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Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.3. Extrusion of Hardening Materials

Russian engineering research, 2022-02, Vol.42 (2), p.132-137

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.5. Other Methods of Controlling the Extruded Flow

Russian engineering research, 2022, Vol.42 (8), p.807-811

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.4. Methods of Controlling the Extruded Flow

Russian engineering research, 2022, Vol.42 (7), p.680-684

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.1. Basic Principles

Russian engineering research, 2022, Vol.42 (11), p.1137-1142

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.2. Extrusion of Nonhardening Materials

Russian engineering research, 2022, Vol.42 (1), p.35-43

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.2. Formulas and Their Application

Russian engineering research, 2022, Vol.42 (12), p.1276-1282

Vorontsov, A. L.

2022

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Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.1. Formulas

Russian engineering research, 2021-11, Vol.41 (11), p.1035-1039

Vorontsov, A. L.

2021

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Stamping of Nonuniform Channels. 4. Deformed State of the Workpiece on Channel Extrusion. 4.3. Taking Account of Hardening

Russian engineering research, 2021-10, Vol.41 (10), p.924-926

Vorontsov, A. L.

2021

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1 – 25 von 2.824

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The Age, Composition, and Provenances of Terrigenous Rocks in the South of the Sangilen Block of the Central Asian Orogenic Belt

Alkaline–Salicic Kurung Complex of the Ket-Kap–Yuna Igneous Province (Aldan Shield, Russia): Petrogenesis and Geodynamic Conditions of Formation

Titanium Dioxide as a Catalyst Support in Heterogeneous Catalysis

What Will Happen on the Korean Peninsula Within the Next Decade?

Stamping of Nonuniform Channels. 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.2. Plastic Zone under the Punch Close to the Thick Wall

Broken translational symmetry at edges of high-temperature superconductors

Stamping of Nonuniform Channels. 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.1. Plastic Zone under the Thick Wall

Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.4. Completely Constrained Extrusion

FRACTIONATION AND ASSIMILATION DURING THE FORMATION OF THE DEVONIAN ANTIDROMIC IGNEOUS SERIES OF THE SISIM AREA IN THE MINUSINSK TROUGH: GEOCHEMICAL AND Sr-Nd ISOTOPIC EVIDENCE

Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.3. Forces and Geometric Parameters

A nickel based superalloy reinforced by both Ni3Al and Ni3V ordered-fcc precipitates

Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.2. Plastic Region under the Punch and Close to the Thick Wall

Stamping of Nonuniform Channels. 7. Kinematic and Stress State of the Workpiece in Constrained Extrusion. 7.1. Plastic Region under Thick Wall

Corrosion resistance of aluminum-magnesium alloy AA5083 welded joint after high-speed laser welding

Stamping of Nonuniform Channels: 8. Strain State and Hardening of the Workpiece in Constrained Extrusion. 8.3. Plastic Zone under the Punch Close to the Thick Wall with Hindered Flow

Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.3. Determining the Basic Characteristics of the Fibrous Structure

Stamping of Nonuniform Channels. 2. Theoretical Analyses of Nonuniform-Channel Extrusion: A Review

Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.3. Extrusion of Hardening Materials

Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.5. Other Methods of Controlling the Extruded Flow

Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.4. Methods of Controlling the Extruded Flow

Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.1. Basic Principles

Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.2. Extrusion of Nonhardening Materials

Stamping of Nonuniform Channels. 6. Fibrous Structure in Channel Extrusion. 6.2. Formulas and Their Application

Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.1. Formulas

Stamping of Nonuniform Channels. 4. Deformed State of the Workpiece on Channel Extrusion. 4.3. Taking Account of Hardening

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