Triple configuration coexistence inS44

Triple configuration coexistence in 44 S

D. Santiago-Gonzalez,1 I. Wiedenhöver,1 V. Abramkina,1 M. L. Avila,1 T. Baugher,2,3 D. Bazin,2 B. A. Brown,2,3 P. D. Cottle,1 A. Gade,2,3 T. Glasmacher,2,3 K. W. Kemper,1 S. McDaniel,2,3 A. Rojas,1 A. Ratkiewicz,2,3 R. Meharchand,2,3 E. C. Simpson,4 J. A. Tostevin,4 A. Volya,1 and D. Weisshaar2 1Department of Physics, Florida State University, Tallahassee, Florida 32306-4350, USA 2National Supe...

Triple Systems Not Containing a Fano Configuration

Given a 3-uniform hypergraph F , let ex3(n,F) denote the maximum possible size of a 3-uniform hypergraph of order n that does not contain any subhypergraph isomorphic to F . Our terminology follows that of [16] and [10], which are comprehensive survey articles of Turán-type extremal graph and hypergraph problems, respectively. Also see the monograph of Bollobás [2]. There is an extensive litera...

Concealed configuration mixing and shape coexistence in the platinum nuclei

The role of configuration mixing in the Pt region is investigated. The nature of the ground state changes smoothly, being spherical around mass A ∼ 174 and A ∼ 192 and deformed around the mid-shell N = 104 region. Interacting Boson Model with configuration mixing calculations are presented for deformations and isotope shifts. The assumption of the existence of two configurations with very diffe...

An Optimized Configuration for the Triple-Effect Absorption Cycle

Triple points and coexistence properties of the dense phases of water calculated using computer simulation.

In recent years our group has performed a thorough study of the dense region of the phase diagram of water. In this paper we report the numerical results for the triple points and for the change in volume, Deltav, and enthalpy, DeltaH, along the coexistence lines involving liquid water and/or ices ih (hexagonal), II, III, V and VI for several simple water models. The predictions for Deltav usin...