RTU Zinātniskās darbības rezultāti un resursi: Personāls

Informācija par autoru

Vārds, Uzvārds:

Irina Belyaeva

Struktūrvienība:

(02A00) Ārzemju studentu departaments

E-pasts:

belyaeva-ommr(at)yandex.ru

Publikācijas

Atrasti 10 rezultāti tiek attēloti no 1 līdz 10.

Melt Cladding of Cylindrical Parts Made from Powder Compositions
(2020)

V.A. Glushchenkov, Irina Belyaeva, V.I. Pesotsky, Viktors Mironovs, Yulia Usherenko
Raksts konferenču tēžu krājumā

Methods of Compaction of the Al–B–W Powder Composition in a Metal Shell
(2019)

V.A. Glushchenkov, Irina Belyaeva, F.V. Grechnikov, Viktors Mironovs, Yulia Usherenko, V.I. Pesotsky
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Методы уплотнения порошковой композиции AI—B—W в металлической оболочке
(2019)

V. Gluschenkov, Irina Belyaeva, F. Grechnikov, Viktors Mironovs, Yulia Usherenko, V. Pesotsky
Recenzēts zinātniskais raksts, kas publicēts Latvijā vai ārzemēs izdotos zinātniskos žurnālos ar redkolēģiju, tai skaitā augstskolu izdevumos

Manufacture of Products from Boroncontaining Materials by the Method of Combined Static-Pulse Compaction
(2018)

Viktors Mironovs, V. Glushenkov, Yulia Usherenko, Irina Belyaeva, Pāvels Stankēvičs, K. Irisheva
Citas publikācijas konferenču (arī vietējo) ziņojumu izdevumos

Static-Dynamic Methods of Compression of «Al-B» Powder Composition «Al-B» in the Deformable Tubular Casing
(2017)

V.A. Gluschenkov, Viktors Mironovs, Irina Belyaeva, A.E. Burmistrov, I.S. Usherenko
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Compaction of Powder Compositions of the Al-W-B System in a Deformable Metal Shell
(2016)

V.A. Glushchenkov, Viktors Mironovs, Irina Belyaeva, A.E. Burmistrov, Ju.S. Usherenko
Raksts konferenču tēžu krājumā

Combined Methods of Pulsed Magnetic Compaction of Metal Powders
(2016)

Viktors Mironovs, V. Gluschenkov, Irina Belyaeva, Aleksejs Tatarinovs
Raksts konferenču tēžu krājumā

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)

Irina Belyaeva
Promocijas darbs

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)

Irina Belyaeva
Promocijas darbs

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)

Irina Belyaeva
Promocijas darbs

Informācija par autoru

Publikācijas

Melt Cladding of Cylindrical Parts Made from Powder Compositions (2020)

Methods of Compaction of the Al–B–W Powder Composition in a Metal Shell (2019)

Методы уплотнения порошковой композиции AI—B—W в металлической оболочке (2019)

Manufacture of Products from Boroncontaining Materials by the Method of Combined Static-Pulse Compaction (2018)

Static-Dynamic Methods of Compression of «Al-B» Powder Composition «Al-B» in the Deformable Tubular Casing (2017)

Compaction of Powder Compositions of the Al-W-B System in a Deformable Metal Shell (2016)

Combined Methods of Pulsed Magnetic Compaction of Metal Powders (2016)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field (2015)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field (2015)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field (2015)

Melt Cladding of Cylindrical Parts Made from Powder Compositions
(2020)

Methods of Compaction of the Al–B–W Powder Composition in a Metal Shell
(2019)

Методы уплотнения порошковой композиции AI—B—W в металлической оболочке
(2019)

Manufacture of Products from Boroncontaining Materials by the Method of Combined Static-Pulse Compaction
(2018)

Static-Dynamic Methods of Compression of «Al-B» Powder Composition «Al-B» in the Deformable Tubular Casing
(2017)

Compaction of Powder Compositions of the Al-W-B System in a Deformable Metal Shell
(2016)

Combined Methods of Pulsed Magnetic Compaction of Metal Powders
(2016)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)

Combined Deforming of Sheet Materials with the Use of the Pulsed Magnetic Field
(2015)