The well known existence of a spin-glass interaction in Cu- Mn and Au-Mn alloys prompted the investigation of a possible spin-glass interaction in Mn-Zr alloys which can be prepared in the amorphou
By combining Pseudopotential and Quantum Monte Carlo techniques it is now possible to calculate electronic properties of solids without relying on the local density approximation (LDA).
This paper investigates a model for the liquid and amorphous solid states of a Ni(80%) + P(20%) alloy using molecular dynamics computer simulation.
In any fluid or solid condensed phase, instantaneous atomic positions can be resolved into a combination of inherent packing and of vibrational deformation components.
We show that chromatic dispersion induced local oscillator (LO) phase noise to amplitude noise conversion significantly degrades the performance of a high-speed coherent system without optical disp
We show that chromatic dispersion induced local oscillator (LO) phase noise to amplitude noise conversion significantly degrades the performance of a high-speed coherent system without optical disp
Grain-to-grain interactions dominate the plasticity of Al thin films and establish effective length scales smaller than the grain size.
This paper deals with localization services in IEEE 802.11 networks.
This paper explores "local'' proofs for global safety properties of asynchronous, multi-process programs. Model checking on the full state space is often infeasible due to state explosion.
This paper develops a local reasoning method to check for termination and other linear-time temporal properties of concurrent programs.
