Theory of Auger core-valence-valence processes in simple metals. II. Dynamical and surface effects on Auger line shapes

Auger CVV spectra of simple metals are generally believed to be well described by one-electron-like theories in the bulk which account for matrix elements and, in some cases, also static core-hole screening effects. We present here detailed calculations on Li, Be, Na, Mg, and Al using self-consistent bulk wave functions and proper matrix elements. The resulting spectra differ markedly from experim

EU:s fredsinsatser prioriteras ned

Melancholy in al-Mu‘alajat al-Buqratiyya : differentiation and case studies

Det kalla krigets komplexitet

Swedish Historical National Accounts and Economic Growth 1800-2000

Experiences of kinship with a person with muscular dystrophy.

Non-coherent TOA Estimation in IR-UWB Systems with Different Signal Waveforms

In this paper, signal waveform designs for TOA estimation with non-coherent receivers based on ultrawideband impulse radio are discussed. Four different transmit signal waveforms are analyzed, both with respect to their design constraints, and their precision ranging performance in IEEE 802.15.4a multipath channels. We introduce novel searchback and thresholding algorithms, and show that the rangi

Dödandet i Uganda fortsatte efter Amin

A legal and economic analysis of the volume contract concept under the Rotterdam Rules

On Batch recipe Structures Using High-Level Grafchart

Batch processes are very common and important in e.g. the chemical industries. The international standard ISA88.01 defines the terminology, the functionality and the models for batch control systems. The production specification of how to produce a batch, is called a recipe. This paper shows how high-Level Grafchart, a Grafcet and High-Level Petri net based programming language can be used to repr

Modelling Microfauna Influence on Nitrification in Aerobic Biofilm Processes

Glycaemic and satiating properties of potato products

Drought in Iraq - Severity, Vulnerability and Adaptation

Scattering from a frequency selective surface supported by a bianisotropic substrate

In this paper a method for the analysis of a frequency selective surface (FSS) supported by a bianisotropic substrate is presented. The frequency selective structure is a thin metallic pattern — the actual FSS — on a plane supporting substrate. Integral representations of the fields in combination with the method of moments carried out in the spatial Fourier domain are shown to be a fruitful way of

Pain Points Challenges for future Enterprise Resource Planning (ERP) systems

Self-Tuning Control of a Fixed-Bed Chemical Reactor System

Microporous polymer electrolyte membranes

Ge quantum dots on Si

Nanowire arrays - a toolbox for the future

Workplace measurements of semiconductor nanowires in a small-scale producer