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The identification of step-atoms by high resolution core level spectroscopy

We have studied the vicinal Rh(553) surface by the use of High Resolution Core Level Spectroscopy (HRCLS). We demonstrate that we are able to resolve the photo-emitted electrons from the Rh3d5/2 level originating from the step atoms with respect to those emitted from the atoms in the (111) terrace. Our study therefore shows that it is possible to obtain a core level "fingerprint" from the step ato

Tracking multimodal interaction with new media.

Women friendly? Understanding gendered racism in Sweden

Impingement cooling in ribbed ducts due to jet arrays

Unaxis goes flexible

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Historical perspectives of consumption

Neurological disorders, a public health approach. 3.9 Stroke

"Löjeväckande förenkling"

A class of integral operators on spaces of analytic functions

The role of the national courts in the European union: a future perspective

En gambler i acceleratorvärlden (Mikael Eriksson)

Energy crop production costs in the EU

Social responsible supply chain and packaging - A conceptual framework

Purpose - To provide an integrative framework by developing a conceptual model of driving factors and outcomes of Socially Responsible Supply Chain-based orientation (SRSC) and the incorporation of this orientation to the Socially Responsible packaging. Design/methodology/approach - By reviewing the literature in SCM, Packaging, marketing and CSR, appropriate constructs and related scale items wer

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Accessibility and usability in the homes of persons with activity limitations.

Everyday Student Life in a Transforming Post-Conflict Society

Transformation or continuity? The impact of social media on information: implications for theory and practice

Behavioral Model Identification

This paper presents theory and algorithms for system identification suitable for the framework of behavioral system theory. An algorithm based on algebraic system theory and realization theory (Ho-Kalman realization) in a subspace model identification framework is presented. The novel approach considered consists of the formulation of input-output data as an impulse response model and the subseque