ABSTRACT: The variety of narratives on implementation of reform, including the European Commission's explanations, formed a foggy cloud, so that it is not clear what the actual tasks are in this reform – efficiency, effectiveness, uniformity, furthering harmonisation and convergence at ...
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Purpose Self-injury is common in forensic psychiatric settings. Recent research offers some insights into the functions and management of self-injurious behaviour but generally focusses on either the experiences of staff or patients. This study aims to explore the experiences of both staff and patients with non-suicidal self-injury in a Dutch forensic psychiatric hospital. Design/methodology/approach In total, 6 patients and 11 staff members were interviewed about the functions they ascribe to self-injurious behaviour, the emotional experience provoked by this behaviour and the management of self-injurious behaviour. The interviews were transcribed and analysed using a thematic analysis. Findings Four main themes resulted from the analysis: functions; emotional distancing; patient needs; and management. Overall, findings illustrate that staff reports limited knowledge of the different functions of self-injury. To circumvent potential automatic stereotypical judgement, staff should proactively engage in conversation about this topic with their patients. In managing self-injurious behaviour, clarity and uniformity among staff members should be promoted, and collaboration between the staff and patients is desirable. Staff recognised the potential benefit of a management guideline. Staff may find detached coping strategies to be effective but should be vigilant to not let this evolve into excessive detachment. Practical implications Increased knowledge and awareness of self-injury functions among staff can allow for better understanding and evaluation of self-injury incidents. Circumvention of automatic, stereotypical judgement of self-injurious behaviour is warranted, and more accessible explanations of the variety of functions of self-injury should be used. More proactive engagement in conversations about functions of self-injury by staff, can facilitate this. Detached coping can help staff to remain resilient in their job, but requires vigilance to prevent this from turning into excessive detachment. Clarity and uniformity among staff when managing self-injury incidents is considered beneficial by both patients and staff. A guideline may facilitate this. When imposing restrictions on patients, staff should strive to establish collaboration with the patient in determining the course of action and ensure the restriction is temporary. Originality/value The impact of self-injurious behaviour on all those involved can be enormous. More research is needed into experiences of both patients and staff members regarding the impact, motivations, precipitants and functions of self-injurious behaviour, and effective treatment of it.
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On April 12th 2019, researchers, students and consortia gathered at the World Horti Centre for an update on the overall status of the HiPerGreen project. The day consisted of presentations from a variety of the HiPerGreen students, staff and guest speakers. There were a variety of exciting updates from the technological and biological realms of the project, as well as an insightful presentation from Deliflor’s Geert Van Geest on Deliflor and their interests in imaging of chrysanthemums. Several new pieces of technology have arisen from the HiPerGreen project. The first being a rail-based imaging system capable of traversing the greenhouse using the heating pipes commonly found in Dutch greenhouses. The drone landing dock has also taken great steps forward and finally, HiPerGreen has partnered with drone manufacture Avular, a company working on the world’s first ‘ultra-wide band’ localized indoor drone. From a biological standpoint significant progress has been made regarding long-term plant monitoring with a focus on reducing fusarium occurrence in the crop. Students are working in climate chambers to model the symptoms of fusarium infection in orchids. Students are also working at Deliflor using the railsystem to measure uniformity in chrysanthemum test crops. Research with the multispectral camera continued and the team hopes to integrate the imaging into mass plant monitoring. The sympoium was concluded with a drink.
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The growing energy demand and environmental impact of traditional sources highlight the need for sustainable solutions. Hydrogen produced through water electrolysis, is a flexible and clean energy carrier capable of addressing large-electricity storage needs of the renewable but intermittent energy sources. Among various technologies, Proton Exchange Membrane Water Electrolysis (PEMWE) stands out for its efficiency and rapid response, making it ideal for grid stabilization. In its core, PEMWEs are composed of membrane electrode assemblies (MEA), which consist of a proton-conducting membrane sandwiched between two catalyst-coated electrodes, forming a single PEMWE cell unit. Despite the high efficiency and low emissions, a principal drawback of PEMWE is the capital cost due to high loading of precious metal catalysts and protective coatings. Traditional MEA catalyst coating methods are complex, inefficient, and costly to scale. To circumvent these challenges, VSParticle developed a technology for nanoparticle film production using spark ablation, which generates nanoparticles through high-voltage discharges between electrodes followed by an impaction printing module. However, the absence of liquids poses challenges, such as integrating polymeric solutions (e.g., Nafion®) for uniform, thicker catalyst coatings. Electrohydrodynamic atomization (EHDA) stands out as a promising technique thanks to its strong electric fields used to generate micro- and nanometric droplets with a narrow size distribution. Co-axial EHDA, a variation of this technique, utilizes two concentric needles to spray different fluids simultaneously.The ESPRESSO-NANO project combines co-axial EHDA with spark ablation to improve catalyst uniformity and performance at the nanometer scale by integrating electrosprayed ionomer nanoparticles with dry metal nanoparticles, ensuring better distribution of the catalyst within the nanoporous layer. This novel approach streamlines numerous steps in traditional synthesis and electrocatalyst film production which will address material waste and energy consumption, while simultaneously improve the electrochemical efficiency of PEMWEs, offering a sustainable solution to the global energy crisis.
