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A. P. Shkirmontov
Institution:
Financial University
Observed institution:
Financial University
OpenAlex ID:
A5088514802
Establishing the theoretical foundations and energy parameters for the production of ferroalloys with a larger-than-normal gap under the electrode*
2009
·
A. P. Shkirmontov
·
Metallurgist
·
6
Energy–Technology Efficiency of Ferroalloy Electrofurnaces
2018
·
A. P. Shkirmontov
·
Steel in Translation
·
5
Energy parameters of ferrosilicon production with larger-than-normal values for the electrode gap and electrode spacing under factory conditions*
2009
·
A. P. Shkirmontov
·
Metallurgist
·
5
Determination of the energy parameters for the smelting of manganese ferroalloys with increases in the electrode gap and electrode spacing
2009
·
A. P. Shkirmontov
·
Metallurgist
·
5
Trends in Increasing the Capacity of Electric Furnaces for Ferroalloy Smelting
2022
·
A. P. Shkirmontov
·
Steel in Translation
·
4
Smelting of ferrosilicum from the position of energy and technology criteria of ferroalloys electric arc furnace operation
2018
·
A. P. Shkirmontov
·
Ferrous Metallurgy Bulletin of Scientific Technical and Economic Information
·
4
PDF
Theoretical principles and energy parameters in ferrosilicon production with an increase in the electrode spacing and the distance from the electrodes to the bath
2009
·
A. P. Shkirmontov
·
Metallurgist
·
4
Experience in Using Carbon Reducing Agents with Different Electrical Resistivities for Ferrosilicon Smelting
2024
·
A. P. Shkirmontov
·
Steel in Translation
·
3
Determination of the energy parameters for the smelting of ferrosilicon with an increased electrode gap. Limitation on the electrode–electrode current
2009
·
A. P. Shkirmontov
·
Metallurgist
·
3
First electrometallurgical production of ferroalloys in Russia: Hundredth anniversary of Porogi electroferroalloy plant
2010
·
A. P. Shkirmontov
·
Steel in Translation
·
2
Energy-technological and design parameters for smelting ferroalloys in electric furnaces using the carbon-thermal process. Part 1. Parameters of ferroalloy electric furnaces
2025
·
A. P. Shkirmontov
·
Chernye Metally
·
1
Reduction of Active Resistance in the Bath of a Ferroalloy Electric Furnace and Energy-Technological Parameters of Smelting
2023
·
A. P. Shkirmontov
·
Steel in Translation
·
1
Analysis of Energy and Technological Parameters of Carbothermic Ferroalloy Smelting with Increased Power of Electric Furnaces
2023
·
A. P. Shkirmontov
·
Steel in Translation
·
1
Comparison of the parameters of ferrosilicon-smelting furnaces with different electrode spacings
2011
·
A. P. Shkirmontov
·
Metallurgist
·
1
The History of Electrometallurgy: The First Ferroalloy Furnaces (On the Occasion of the 115th Anniversary of Ferroalloy Electrometallurgy in Russia)
2025
·
A. P. Shkirmontov
·
Steel in Translation
Modeling the operation of ferroalloy furnace with increased power and electrode diameters
2025
·
A. P. Shkirmontov
·
Izvestiya Ferrous Metallurgy
Analysis of Technical Solutions to Improve the Parameters of Ferroalloy Electric Furnaces
2025
·
A. P. Shkirmontov
·
Steel in Translation
Energy-technological and design parameters during ferroalloy melting in electric furnaces by carbon-thermal process. Part 2. Increasing the size and weight of ferroalloy furnace equipment. Analysis of the causes of furnace performance deterioration
2025
·
A. P. Shkirmontov
·
Chernye Metally
Complex Carbonaceous Reducing Agents for Melting Manganese, Chromium, and Silicon Alloys in Electric Furnaces
2024
·
A. P. Shkirmontov
·
Steel in Translation
Analysis of Energy and Process Parameters of Smelting Ferronickel from Oxidized Nickel Ore in Electric Furnaces
2024
·
A. P. Shkirmontov
·
Steel in Translation
Sub-electrode gap and specific electrical resistance of a ferroalloy furnace bath
2024
·
A. P. Shkirmontov
·
Izvestiya Ferrous Metallurgy
PDF
Comparison parameters for carbon ferrochrome smelting in AC and DC furnaces
2020
·
A. P. Shkirmontov
, S. A. Bishenov
·
Izvestiya Ferrous Metallurgy
PDF
Relation between the electrode spacing and the electrode height in ferroalloy furnaces
2012
·
A. P. Shkirmontov
·
Steel in Translation
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Works count:
23
Citation count:
45
H-index:
4
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