„Approximation“
Suchergebnisse
10.000+ Treffer
-
Discretization of Uniform Rational Approximation with Decaying Functions
-
Derivation of the Fokker‐Planck Kinetic Equation for Planar Channeling of Relativistic, Positively Charged Particles (Dipole Approximation)
-
Band Structure of Solid Argon within Relativistic APW Approximation
-
A Correlated Effective Field Theory for the Ising Model: Two‐Spin Cluster Approximation
-
A Linear Chain Approximation to the Ising Model with Alternate Next‐Nearest‐Neighbor Interactions
-
Ein Approximationsverfahren zur Lösung spezieller partieller Differentialgleichungen
-
Application of the Self‐Consistent Field Approximation to the Calculation of the Bulk Modulus of Regular Face‐Centered Crystals
-
Connection between the Thermodynamic Potential and the Interaction Function for Systems with Bilinear Hamiltonians in Molecular Field Approximation
-
On the Entirely Lagrangian First Approximation Theory of Thin Elastic Shells Undergoing Small Strains and Arbitrary Rotations †
-
Dynamically Convergent Calculations of the Response Function of a Ferromagnet in the Linear Chain Approximation
-
An Approximation of the Ising Antiferromagnets in d ≧ 2 Dimensions with One‐Dimensional Many‐Neighboured Ising Antiferromagnet
-
Eine analytische Approximation für den Potentialverlauf bei Schottky‐Randschichten
-
Second‐Order Approximation for the Compression of an Elastic Plate Containing a Pair of Circular Holes
-
Debye‐Waller Factor for Mössbauer Interface Atoms: Elastic Approximation
-
One Possible Analytical Approximation of the Critical Point of the Three‐Dimensional Ising Model
-
On the Investigation of Stochastic Dynamic Systems by Successive Approximation
-
Universal Approximation Formulas for the Gap Shift in Doped Semiconductors
-
Application of the Coherent Potential Approximation to Substitutional Ternary Alloys
-
Nearst‐Neighbour Point Ion Approximation Calculations of Energy Levels for Mn +2 Ions Doped in MgF 2 Single Crystals
-
Eine analytische Approximation für die Ortsabhängigkeit der Ladungsträgerkonzentration in Schottky‐Randschichten