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Since the first appearance of high density interconnection systems about ten years ago, researchers have tried to exploit this concept to the full. By introducing new technologies and materials, they have succeeded in building a module that equals wafer scale integration (WSI) in speed and efficiency. However, MCMs have not yet experienced rapid growth and acceptance as a result of the large capital investment and rather small volumes involved. This paper sets out to show that MCMs can be fabricated using technology and processes already in existence at most conventional IC and thin‐film production facilities.

Over the last years, and under the umbrella of the “sharing economy,” various new social practices and novel business models have been established worldwide. Such practices and models are perceived both as opportunity and challenge for existing (urban) public governance regimes. It is in this sense that the sharing economy has become a contested issue and regularly provokes bold governance responses. However, local governing authorities first need to interpret, negotiate, and establish what exactly is “at issue” in order to (re-)act adequately. While such “politics of signification” are well-studied, for instance, in social movements and public media discourse, research on the concerted framing activities of public administrations as well as on the strategic work that sets the stage for public policy-making is relatively sparse – and entirely lacking for the context of the sharing economy. In this chapter, the authors look behind the scenes of the policy-making in the City of Vienna, Austria. The empirical findings unearth six distinct mechanisms –“delimiting,” “negotiating,” “detailing,” “linking,” “justifying,” and “situating” – that are strategically applied to shape the “Viennese way” of governing the sharing economy. This research develops an in-depth understanding of what the authors conceptually dub “strategic issue work”: the manifold efforts that lead to, and underlie, in this case, the policy-making of a local government when it tries to come to terms with the governance challenges of the sharing economy.

The object of this research is the reconstruction of the existing legal response by European Union states to the phenomenon of immigration. It seeks to analyse the process of conferral of protection.

One main dimension is selected and discussed: the case law of the national courts. The study focuses on the legal status of immigrants resulting from the intervention of these national courts.

The research shows that although the courts have conferred an increasing protection on immigrants, this has not challenged the fundamental principle of the sovereignty of the states to decide, according to their discretionary prerogatives, which immigrants are allowed to enter and stay in their territories. Notwithstanding the differences in the general constitutional and legal structures, the research also shows that the courts of the three countries considered – France, Germany and Spain – have progressively moved towards converging solutions in protecting immigrants.

The research contributes to a better understanding of the different legal orders analysed.

Recent years have witnessed a rise in interest in neuromarketing from academia and industry, as it offers practical tools for determining consumers' subconscious reactions to marketing stimuli. Despite this, the current state of neuromarketing research is not well supported by empirical data. To offer a thorough overview of the studies conducted on this discipline in the past few years, a bibliometric analysis of neuromarketing is carried out, taking into account its techniques, key areas and publication patterns trends from several viewpoints.

This study searched 463 documents for the web of science databases published during the previous sixteen years and visualized them. The graphical display of data was created using the VOS Viewer software.

Electroencephalogram (EEG) appeared as a predominantly tool used in neuromarketing research. EEG is either used alone or together with Human Eye-Tracking (HET). “Emotions” was identified in the study as a crucial area of neuromarketing, among other pertinent concepts. The study's results also showed that authors from the United States produced the most articles on neuromarketing, followed by those from the United Kingdom and Spain. The publishing trend, sources and major contributors in neuromarketing are identified using Web of Science data from 2006 to 2021. Overall, the research provides insight into neuromarketing's past, present and future as well as the most widely utilized analytical techniques.

The study's conclusions will be of interest to researchers in understanding the journals that publish neuromarketing research, the themes that contributors and writers have identified, and the countries where research is carried out. This is the first comprehensive study, to the authors' knowledge, that provides a general summary of the key trends in neuromarketing research throughout its history. To the authors' knowledge, this is the first thorough study that offers a broad overview of the most important developments in neuromarketing research from 2006 to 2021.

The purpose of this paper is to inquire whether gender plays a role in the supervisory preference of female workers, and to establish a starting‐point in the identification of any bias that is discovered.

A field experiment of 226 adults of both genders was used to test the hypotheses. It combined a video vignette with a survey that employed a dispositional index followed by attitudinal measures.

Descriptive statistics, analysis of variance, and regression analyses were used to highlight the biases that were discovered. Females believed that other women are good managers, but the female workers did not actually want to work for them. The results may have some basis in females' perceptions of female managers as being high in dominance. The female manager was also seen as being emotional. More specifically, the female manager was seen as being more nervous and more aggressive than a male manager. It was also discovered that female preference for male supervisors increased with greater numbers of years in the workforce.

This is an exploratory study. Workers surveyed were enrolled in a large metropolitan US university. Subsequent studies need to include a broader sample, particularly including workers from earlier generations. Extensive additional research is essential.

The findings lend credence to strong but seldom discussed anecdotal undercurrents of women's unwillingness to work for other women. Although female managers have been studied to a limited degree, there has been no empirical research on the female subordinate relationship. The study makes an entry into this important question of whether women have a prejudice against working for other women. The practitioner/policymaker implications are substantial.

Amongst other actions the Care Act 2014 emphasised the duties of local authorities (LA) to assess the needs of carers, as well as those they care for and to meet all eligible needs for support. This paper aims to report the findings of a study which explored the experiences of older carers of people with learning disabilities as they navigated LA assessment processes and personnel.

Using an explorative design, 21 older carers were interviewed about their experiences. Interview transcripts were qualitatively analysed.

Three main themes were identified, namely, needs assessments as ambitions, not outcomes; the effects of funding-cuts projected onto carers; and challenges with social care personnel.

The study findings attracted a high level of engagement with public awareness and mainstream news and social media. The LA also immediately responded with interventions to address some of the findings, including carer “drop-in” sessions. They are also adapting their carer’s needs assessment processes as a result of the study. It is hoped that the issues raised will be of interest to other social care providers and practitioners.

The purpose of the present study is to simulate the industrial hot-dip process of Zn-2.5Wt.%Mg-3 Wt.%Al and Zn-2.5 Wt.%Mg-9 Wt.%Al-0.15 Wt.%Si coatings and to study the effect of low and high Al variation on their microstructure, microhardness, adhesion and corrosion behaviour.

The hot-dip Zn-2.5 Mg-xAl coating simulation on steel substrate was carried out using a hot-dip process simulator. The microstructure of the coatings was characterized using a scanning electron microscope, energy dispersive spectroscopy and X-ray diffraction. The corrosion behaviour of the coatings was studied using a salt spray test in 5% NaCl solution as well as dynamic polarization in 3.5% NaCl solution.

Microhardness of the developed Zn-2.5 Mg-xAl coatings has been found to be approximately two times higher than that of the conventional galvanized coating. Zn-2.5 Mg-3Al coating has exhibited two times higher corrosion resistance as compared to that of Zn-2.5 Mg-9Al-0.15Si coating because of formation of more homogeneous and defect-free microstructure of the former. The MgZn₂ phase has undergone preferential dissolution and provided Mg²⁺ ions to form a protective film.

The relative corrosion resistance of the two Zn–Al–Mg coatings with different Al content has been studied. The defect formed because of higher Al addition in the coating has been detected, and its effect on corrosion behaviour has been analysed.

This paper aims to investigate the influence of different post-annealing cooling conditions, i.e. furnace cooling (heat treatment (HT) 1 – slow cooling) and air cooling (HT 2 – fast cooling), on the microstructure and mechanical properties of selective laser melting (SLM) built austenitic 316L stainless steel (SS).

Three sets of 316L SS samples were fabricated using a machine standard scanning strategy. Each set consists of three tensile samples and a cubic sample for microstructural investigations. Two sets were subsequently subjected to annealing HT with different cooling conditions, i.e. HT 1 and HT 2, whereas one set was used in the as-built (AB) condition. The standard metallographic techniques of X-ray diffraction, scanning electron microscopy and electron back-scattered diffraction were used to investigate the microstructural variations induced by different cooling conditions. The resultant changes in mechanical properties were also investigated.

The phase change of SLM fabricated 316L was observed to be independent of the investigated cooling conditions and all samples consist of austenite phase only. Both HT 1 and HT 2 lead to dissolved characteristic melt pools of SLM. Noticeable increase in grain size of HT 1 and HT 2 samples was also observed. Compared with AB samples, the grain size of HT 1 and HT 2 was increased by 12.5% and 50%, respectively. A decreased hardness and strength, along with an increased ductility was also observed for HT 2 samples compared with HT 1 and AB samples.

From previous studies, it has been noticed that most investigations on HT of SLM fabricated 316L were mainly focused on the HT temperature or holding time. However, the post-HT cooling rate is also an equally important factor in deciding the microstructure and mechanical properties of heat-treated components. Therefore, this paper investigates the influence of different post-annealing cooling conditions on microstructure and mechanical properties of SLM fabricated 316L components. This study provides a foundation for considering the post-HT cooling rate as an influential parameter that controls the properties of heat-treated SLM components.

The aim of the present study is to explore institutional design strategies that promote compliance by regulating peculiar sorts of agents, namely, human trafficking victims, starting from the point of view that institutions assume addressee virtue, but instead should consider the hypothesis of non-compliance or that the measures adopted reveal their inefficiency to satisfy the goals they were thought for, or that they are applied to obtain scopes, which are different from the ones they were conceived for.

Different methodological approaches, both deductive and inductive, are combined in the present paper, together with comparative and philosophical insights on national court decisions, scholarly writings, national and international entities’ official reports and statistics.

Because EU member states’ experts are discussing about common guidelines, policies and standards to manage migration fluxes and EU integration process, this study highlights some critical points arising from the specific condition of a peculiar human trafficking victim: a migrant.

The study offers insights into the possible answers in terms of awarding prize to and humanitarian protection of victims to fight human trafficking and smuggling in a constructive way, emphasising that these instruments (awarding and humanitarian) are not mutually exclusive and can be mixed together.

Super 304HCu super austenitic stainless steel tubes containing 2.3 to 3 (Wt.%) of copper (Cu) is used in superheaters and reheater tubings of nuclear power plants. In general, austenitic stainless steels welded by conventional constant current gas tungsten arc welding (CC-GTAW) produce coarse columnar grains, alloy segregation and may result in inferior mechanical properties. Pulsed current gas tungsten arc welding (PC-GTAW) can control the solidification structure by altering the prevailing thermal gradients in the weld pool.

Super 304HCu tubes of Ø 57.1 mm and the wall thickness of 3.5 mm were autogenously welded using CC and PC-GTAW processes. Joints are characterized using optical microscopy, electron microscopy, energy dispersive spectroscopy and electron backscatter diffraction (EBSD) techniques. Hot tensile properties of the weld joints were evaluated and correlated with their microstructural features.

Current pulsing in GTAW has resulted in minimal eutectic film segregation, lower volume % of delta ferrite and appreciable improvement in tensile properties than CC-GTAW joints.

The EBSD boundary map and inverse pole orientation map of Super 304HCu weld joints evidence the grain refinement and much frequent high angle grain boundaries achieved using weld current pulsing.