Материалов:
1 005 012

Репозиториев:
30

Авторов:
761 409

По вашему запросу найдено документов: 63623

Страница 6 из 6363

A scalarization approach for vector variational inequalities with applications
Konnov I.
in vector optimization, vector network equilibrium and vector migration equilibrium problems are also given
Axion Electrodynamics and Dark Matter Fingerprints in the Terrestrial Magnetic and Electric Fields
Balakin A., Grunskaya L.
We consider mathematical aspects of axion electrodynamics in application to the problem
Vector equilibrium problems on unbounded sets
Konnov I., Liu Z.
We consider a general vector equilibrium problem in a reflexive Banach space setting and propose a
The bound states problem in quantum electrodynamics and vacuum polarization effects in muonic atoms
Vasil'ev A., Gainutdinov R., Mutygullina A., Salakhov M.
Quantum electrodynamic bound states in strong electromagnetic fields are considered. It is shown
Axion Electrodynamics and Dark Matter Fingerprints in the Terrestrial Magnetic and Electric Fields
Balakin A., Grunskaya L.
We consider mathematical aspects of axion electrodynamics in application to the problem
The Einstein-Maxwell-aether-axion theory: Dynamo-optical anomaly in the electromagnetic response
Alpin T., Balakin A.
of the Einstein-Maxwell-aether-axion theory. Exact solutions to the equations of axion electrodynamics
Noncooperative games with vector payoffs under relative pseudomonotonicity
Allevi E., Gnudi A., Konnov I., Schaible S.
We consider the Nash equilibrium problem with vector payoffs in a topological vector space
The Hydrogen Atom: Consideration of the Electron Self-Field
Biguaa L.V., Kassandrov V.V.
-interaction of the electron with its own electromagnetic field in the canonical hydrogen problem in relativistic quantum
Particle-like representation for the field of a moving point charge in nonlinear electrodynamics
Gitman, Dmitri M., Shabad, Anatoly E., Shishmarev, A. A.
In a simple nonlinear model stemming from quantum electrodynamics wherein the pointlike charge has
A geometric approach to the Lagrangian and Hamiltonian formalism of electrodynamics
Kulyabov D.S., Korolkova A.V., Sevastianov L.A., Eferina E.G., Velieva T.R.
In solving field problems, for example problems of electrodynamics, we commonly use the Lagrangian

Страница 6 из 6363

Фасеты

Новости проекта

Новости

Партнеры

КФУ
ТГУ
Elpub
СФУ
Webpublishers

Индексация

BASE
WorldCat
OpenAIRE
EDS
core