21 research outputs found
Citizens’ Inclusion in Public Services: a Systematic Review of the Public Administration Literature and Reflection on Future Research Avenues
The Impact of Country-of-Origin, Ethnocentrism and Animosity on Product Evaluation: Evidence from Romania
Purpose: The aim of the research is to identify whether product country image influences consumption patterns and purchase decisions of Romanian consumers, as well as to identify stereotypes regarding foreign products. Furthermore, the study aims to provide clear evidence regarding Romanian consumers’ ethnocentric tendencies and the countries towards which they exhibit animosity feelings. Research Methodology/Approach: Quantitative data collection method applied on Romanian consumers, with a sample consisting of 150 respondents, living in Bucharest, answering a tested self-administered questionnaire based on the CETSCALE. Findings: The results of the research show that country of origin impacts product evaluation, with a significantly high difference between domestic products (Romania) and those from three foreign countries (Russia, Hungary and South Korea). The results suggest that the level of consumer ethnocentrism is low among Romanians, but they do exhibit certain animosity tendencies towards Russia and Hungary with substantive demographic differences identified. Originality/value: The research is the first of its kind conducted among Romanians, adding knowledge to the country-of-origin topic, as well as regarding consumer ethnocentrism and animosity issues. Practical implications: This research is of interest to those looking to export to Romania. It provides clear insight regarding the Romanian consumers’ perceptions regarding foreign products, their ethnocentric tendencies and the potential animosity feelings that they are exhibiting. Furthermore, it offers an useful tool for market segmentation. Keywords: international business, consumer behaviour, country-of-origin, ethnocentrism, animosity
Self-assembly of supramolecular triarylamine nanowires in mesoporous silica and biocompatible electrodes thereof
Biocompatible silica-based mesoporous materials, which present high surface areas combined with uniform distribution of nanopores, can be organized in functional nanopatterns for a number of applications. However, silica is by essence an electrically insulating material which precludes applications for electro-chemical devices. The formation of hybrid electroactive silica nanostructures is thus expected to be of great interest for the design of biocompatible conducting materials such as bioelectrodes. Here we show that we can grow supramolecular stacks of triarylamine molecules in the confined space of oriented mesopores of a silica nanolayer covering a gold electrode. This addressable bottom-up construction is triggered from solution simply by light irradiation. The resulting self-assembled nanowires act as highly conducting electronic pathways crossing the silica layer. They allow very efficient charge transfer from the redox species in solution to the gold surface. We demonstrate the potential of these hybrid constitutional materials by implementing them as biocathodes and by measuring laccase activity that reduces dioxygen to produce water
A post-socialist reading of displaced images from the Global South: the case of Roma, Eastern Europe’s oriental Other
Citizens’ Inclusion in Public Services: a Systematic Review of the Public Administration Literature and Reflection on Future Research Avenues
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