On a general estimation principle and a theory of comparison-factors

General estimation principle and comparison- factors theory - approximation method

Monotone Iterations for Nonlinear Equations with Application to Gauss-seidel Methods

Monotone iterations for nonlinear equations with application to Gauss-Seidel method

On a class of approximate iterative processes

Investigation into approximating a solution of fixed point equation

A system for testing iterative methods for solving nonlinear equations

System of computer programs for testing iterative methods for solving nonlinear systems of equation

GRAAL - A graph algorithmic language

FORTRAN-based version, FGRAAL, of graph algorithmic language GRAA

X-ray 67 - Program system for X-ray crystallography

FORTRAN computer programs and subroutines for X ray crystallograph

Finite difference methods for time dependent, linear differential algebraic equations

AbstractRecently the authors developed a global reduction procedure for linear, time-dependent DAE that transforms their solutions of smaller systems of ODE's. Here it is shown that this reduction allows for the construction of simple, convergent finite difference schemes for such equations

A Coupled-Cluster Formulation of Hamiltonian Lattice Field Theory: The Non-Linear Sigma Model

We apply the coupled cluster method (CCM) to the Hamiltonian version of the latticised O(4) non-linear sigma model. The method, which was initially developed for the accurate description of quantum many-body systems, gives rise to two distinct approximation schemes. These approaches are compared with each other as well as with some other Hamiltonian approaches. Our study of both the ground state and collective excitations leads to indications of a possible chiral phase transition as the lattice spacing is varied.Comment: 44 Pages, 14 figures. Uses Latex2e, graphicx, amstex and geometry package

Hemoperitoneum: Beyond Trauma

The causes of hemoperitoneum are numerous and evaluation by the radiologist and clinician team is critical as active hemorrhaging into the peritoneal cavity can be life threatening but if quickly recognized, may be urgently repaired. History and imaging clues usually rapidly narrow the differential in the atraumatic setting. In this representative pictorial review, we show various cases of hemoperitoneum on multiple imaging modalities, with an emphasis on CT. Cases ranging from vascular, iatrogenic injury, gynecological and neoplastic sequela will be shown with their respective specific imaging findings.https://scholarlycommons.henryford.com/merf2020caserpt/1119/thumbnail.jp