Ammonium oxalate treatment: Evaluation by μ-Raman mapping of the penetration depth in different plasters

This study is focused on the evaluation by μRaman mapping of the penetration depth achieved by ammonium oxalate treatment in different plaster specimens, a hot issue in the conservation field. The role of the carbonatic aggregate particles and the influence of the different variables of the treatment on the penetration depth and on the distribution of the newly-formed phase (whewellite) have been ascertained. Based on the results of μRaman mapping, analyses with Field Emission Scanning Electron Microscopy have been carried out in order to observe the whewellite crystals and the carbonatic aggregate particles involved in the reaction with ammonium oxalate.     

Teaching Preservice Science Teachers How to Do Science: Responses to the Research Experience

Journal of Science Teacher Education -     

Investigating Neutralization Strategies in Digital Piracy: The Role of Content Preferences and Social Norms

ABSTRACT

Digital piracy is perceived as a victimless crime and therefore still challenges media industries. According to the neutralization theory, criminal behavior is more likely if individuals are able to justify it. As little is known about inhibitors and drivers of these cognitive processes, the current study investigated such preconditions by linking neutralization to social norms and content preferences (movies and series) in order to explain piracy attitudes and behavior. Results of an online survey which adopted a conjoint-task showed that attitudes toward digital piracy mediate neutralization effects on digital piracy behavior. Injunctive norms and the preference for independent movies foster neutralization effects.