Titlebook: High Performance Computing in Science and Engineering ’98; Transactions of the Egon Krause,Willi J?ger Conference proceedings 1999 Springe

招人嫉妒

Physics,ms. It also provides the possibility of analyzing complex systems by the aid of simulation. This procedure is now becoming as important as theoretical investigations and closely interacts with the latter. A visionary formulation of the scientific potential arising from an optimal use of the supercom

tooth-decay

憎惡

停止償付

平淡而無(wú)味

,Dynamical localization in the Paul trap — the influence of the internal structure of the atom,ield. The variable showing localization is identified to be the vibrational quantum number of a reference Floquet oscillator. The quantum localization length is shown to oscillate as a function of the atom-field detuning with a period given by the secular frequency of the trap. Furthermore, we simul

PURG

騎師

Finite Difference Modeling of Earthquakes,elled on a large scale from the earthquake source through a heterogeneous earth to the receiver placed close to the infrastructure. Finite Difference techniques in two and three dimensions compute the full wave form solution to the wave propagation problem. The model size used in this example is 400

孵卵器

mechanical

Parallel computing on Near-field Scanning Optical Microscopy (NSOM), Maxwell equations with the Green-dyade-formalism. The mathematical method and its numerical implementation are discussed in detail. First results like the polarization dependence of the image contrast are presented.

Badger

Solid State Physics,n the famous Bristol conference in 1937 though de Boer and Verway [?] reported that many transition metal oxides with partially filled d-electron bands do not fit into this picture. Experiments revealed that they are either poor conductors or even insulators in spite of their partially filled bands.