Epsilon-expansion in the N-component φ4 model in the Euclidean and p-adic spaces. We use two versions of the ε-
expansion (with ε = 4 - d and with ε = α - 3d/2
ε-expansions in Dyson's hierarchical model-invariant Hamiltonian in terms of the (4-d)-
expansion. We establish that the (α-3/2)- and (4-d)-
expansion coefficients
Effect of anodizing regimes on the volume expansion factor of the oxide filmsThe volume
expansion factor of porous alumina, formed by through anodizing of an Al foil in ox
Bethe logarithm for the helium atom. Then we study the mass dependence and provide coefficients of the me/M
expansion, which allows us
Thermal Expansion and Thermal Conductivity of (In2S3)x(AgIn5S8)1–x AlloysThe thermal
expansion and thermal conductivity of In2S3 and AgIn5S8 single-crystal compounds
On the uniform asymptotic expansion of the Legendre functionsA uniform
expansion of the Legendre functions of large indices is considered by using the WKB
Epsilon-expansion in the N-component φ4 model in the Euclidean and p-adic spaces. We use two versions of the ε-
expansion (with ε = 4 - d and with ε = α - 3d/2
ε-expansions in Dyson's hierarchical model-invariant Hamiltonian in terms of the (4-d)-
expansion. We establish that the (α-3/2)- and (4-d)-
expansion coefficients
On the expansion of a meromorphic function in partial fractionsThe paper is devoted to partial fractions
expansion for
meromorphic function of one complex
Negative Thermal Expansion of Carbon Nanotube Bundles expansion. The coefficient of thermal
expansion is practically constant up to a temperature of 1500 K