205 research outputs found
Understanding the impact of prison design on prisoners and prison staff through virtual reality: a multi-method approach
Purpose: The prison population is considered to be vulnerable to stress caused by the physical environment. The aim of this study was to evaluate the psychological effects of the prison’s environment on both inmates and staff.
Design: We compared the psychophysiological arousal and self-report measurements of 73 participants (40 prisoners and 33 prison staff) to the prison environment through the exploration of three immersive virtual environments (the dormitory, the prison entrance, and the prison yard).
Findings: There were few physiological activation differences between inmates and prison staff during the task, but significant discrepancies did arise, particularly from self-reported assessments. Compared to prison staff, prisoners demonstrated a greater decrease in finger pulse, indicating a stronger orienting response to virtual environments. While prison staff emphasized the importance of good lighting throughout the environments, prisoners focused their hatred on the furniture of the cells and on the layout and function of the prison yard. Both groups had conflicting emotions towards the virtual environments.
Originality: Our study offers a realistic portrayal of the prison population's perceptions about the setting in which they are engaged in everyday life and activities.
Practical implications: Hence, there are implications for both prison rehabilitation and designing prison renovations that are in line with the psychological needs of inmates and prison staff
An Evaluation of the Fe-N Phase Diagram Considering Long-Range Order of N Atoms in γ'-Fe4N1-x and ε-Fe2N1-z
The chemical potential of nitrogen was described as a function of nitrogen content for the Fe-N phases α-Fe[N], γ'-Fe4N1-x, and ε-Fe2N1-z. For α-Fe[N], an ideal, random distribution of the nitrogen atoms over the octahedral interstices of the bcc iron lattice was assumed; for γ'-Fe4N1-x and ε-Fe2N1-z, the occurrence of a long-range ordered distribution of the nitrogen atoms over the octahedral interstices of the close packed iron sublattices (fcc and hcp, respectively) was taken into account. The theoretical expressions were fitted to nitrogen-absorption isotherm data for the three Fe-N phases. The α/α + γ', α + γ'/γ', γ'/γ' + ε, and γ' + ε/ε phase boundaries in the Fe-N phase diagram were calculated from combining the quantitative descriptions for the absorption isotherms with the known composition of NH3/H2 gas mixtures in equilibrium with coexisting α and γ' phases and in equilibrium with coexisting γ' and ε phases. Comparison of the present phase boundaries with experimental data and previously calculated phase boundaries showed a major improvement as compared to the previously calculated Fe-N phase diagrams, where long-range order for the nitrogen atoms in the γ' and ε phases was not accounted for
I casi di eccellenza nel marketing: Swatch group
Il marketing impatta o meno sulle performance aziendali? L’investimento in competenze di Marketing & Sales genera ritorni per le imprese? La risposta che emerge da questo volume è certa. Il marketing conta davvero, perché guida le scelte strategiche delle imprese e perché impatta direttamente sui loro indicatori economico-finanziari, attraverso competenze e metriche adeguat
Possession, rendement, mouvement : périodes paradigmatiques et effectuations architecturales
Thèse de doctorat -- UCL, 200
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