Abstract:
We study embedding theorems for anisotropic spaces of Bessel–Lions type Hlp,γ(Ω;E0,E), where E0 and E are Banach spaces. We obtain the most regular spaces Eα for which mixed differentiation operators Dα from Hlp,γ(Ω;E0,E) to Lp,γ(Ω;Eα) are bounded. The spaces Eα are interpolation spaces between E0 and E, depending on α=(α1,α2,…,αn) and l=(l1,l2,…,ln). The results obtained are applied to prove the separability of anisotropic differential operator equations with variable coefficients.
UDC:
embedding operator, Hilbert space, Banach-valued function space, differential operator equation, operator-valued Fourier multiplier, interpolation of Banach spaces, probability space, UMD-space, Sobolev--Lions space
Language: Russian
Citation:
V. B. Shakhmurov, “Embeddings and Separable Differential Operators in Spaces of Sobolev–Lions type”, Mat. Zametki, 84:6 (2008), 907–926; Math. Notes, 84:6 (2008), 842–858
This publication is cited in the following 23 articles:
V. B. Shakhmurov, “Separability Properties of Differential Operators in Exterior Regions and Applications”, Lobachevskii J Math, 44:12 (2023), 5406
Veli Shakhmurov, Rishad Shahmurov, “The Regularity Properties and Blow-up of Solutions for Nonlocal Wave Equations and Applications”, Results Math, 77:6 (2022)
Shakhmurov V., “Regularity Properties of Nonlinear Abstract Schrodinger Equations and Applications”, Int. J. Math., 31:13 (2020), 2050105
Ragusa M.A., Shakhmurov V.B., “A Navier-Stokes-Type Problem With High-Order Elliptic Operator and Applications”, Mathematics, 8:12 (2020), 2256
Musaev H.K., “The Nonlocal Bvp For the System of Boussinesq Equation of Infinite Many Order”, Proceedings of the7Th International Conference on Control and Optimization With Industrial Applications, Vol. 1, eds. Fikret A., Tamer B., Baku State Univ, Inst Applied Mathematics, 2020, 290–292
Shakhmurov V., “Regularity Properties of Schrodinger Equations in Vector-Valued Spaces and Applications”, Forum Math., 31:1 (2019), 149–166
Shakhmurov V.B., Shahmurov R., “The Cauchy Problem For Boussinesq Equations With General Elliptic Part”, Anal. Math. Phys., 9:4 (2019), 1689–1709