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Work-related violence is a major occupational safety and health (OSH) issue. According to the concept of violence prevention climate, managers play a pivotal role in preventing the risk of violence at work. However, research on this is scarce. The objective of this study was, therefore, to examine line managers' use of violence preventive practices in high-risk sectors.

The authors employed three different sources of data (semi-structured interviews and field notes from both leadership seminars and coaching sessions) that were collected in the context of an intervention study in Denmark aimed at improving violence prevention. The authors conducted a thematic analysis of violence prevention experiences among 16 line managers – eight from the prison and probation services and eight from psychiatric hospitals.

Using an existing prevention framework, the authors categorized the descriptions into three types of violence preventive practices used by the line managers across the two sectors: “preventing violence”, “managing episodes of violence” and “promoting the positive”. Especially the category “promoting the positive” is often neglected in the intervention literature.

The study identified new aspects of managers' violence preventive practices than those included in the violence prevention climate concept. Such knowledge may help organizations devise improved systems for violence prevention in high-risk sectors.

Digital content is a common denominator that underlies all discussions on scholarly communication, digital preservation, and asset management. This past decade has seen a distinctive evolution in thinking among stakeholders on how to assemble, care for, deliver, and ultimately preserve digital resources in a college and university environment. At first, institutional repositories promised both a technical infrastructure and a policy framework for the active management of scholarly publications. Now other approaches that take a broader view of digital content hold sway, the result being confusion rather than clarity about where digital content originates, who the stakeholders are, and how to establish and adjust asset management priorities. This article seeks to present a model for plotting the range of digital content that might be amenable to management as digital assets in higher education.

The article reviews differing perspectives on digital content, outlines a generalized model, and suggests how the model could be used for examining the distribution of campus digital assets and fostering dialog on management priorities across stakeholder communities.

A multivariate model of digital content provides a rich framework for analyzing asset management priorities in a university setting. The model should be applied and tested in a variety of university settings.

The model is a tool for establishing asset management priorities across campus units that produce digital content.

The paper offers an original model for evaluating the asset values of digital content produced or acquired in a university context.

The purpose of this paper is to understand the emergence of digital reformatting as a technique for preserving information within the cultural heritage preservation community by reviewing historical trends in modern preservation research.

This paper analyzes secondary sources, reviews and historical texts to identify trends in the intellectual and technological histories of preservation research, beginning with the first applications of the scientific method to combating book decay in the early nineteenth to the emergence of digitization techniques in the late twentieth and early twenty-first centuries.

This paper identifies five major historical periods in the development of preservation knowledge: the early experimental era; era of microfilm experimentation; era of professionalization; era of digital library research; and the era of digital reformatting and mass digitization; and identifies three major trends in its development: empirical inquiry, standardization and centralization.

Findings reflect broad trends in the field of preservation, primarily in a United States context and are limited to the modern era of preservation research.

This paper's broad historical overview provides a reference for preservation professionals and students in library science or archives programs. Identifying historical trends enables practitioners to critically examine their own preservation techniques and make better decisions when adopting and using new preservation technologies.

This paper provides a unique perspective on the history of preservation knowledge that synthesizes existing historical research in order to identify periods and trends that enable a clearer understanding of digital reformatting in its historical emergence.

This paper describes a technique for the monitoring and control of the reflow soldering process. The technique combines state‐of‐the‐art infra‐red (IR) sensor technology, coupled with application‐specific process monitoring and control software, providing a unique capability both to monitor product temperatures during processing and to modify the process settings. The development of techniques to allow variation of the heat transfer from the oven to the in‐process printed circuit assemblies (PCAs) provides the means to adjust the soldering oven’s process settings for each individual PCA. This automatic profiling ensures consistent thermal histories and optimises oven energy consumption. Archiving of the reflow profiles along with temperatures recorded for each PCA provides full traceability to the reflow process settings for each individual PCA. The incorporation of IR sensing technology also provides a means to monitor the performance of the process.

The purpose of this case study is to describe and interpret the PREservation Metadata: Implementation Strategies (PREMIS) implementation process, to gain more insight into why barriers to the adoption of PREMIS exist as well as how to overcome them.

This qualitative case study analysis highlights the Florida Digital Archive as an exemplar of an organization in the throes of deciding just how to implement the PREMIS metadata model in a working repository system.

Findings from this study suggest that use of PREMIS requires adaptation in which an organization must make changes in order to use PREMIS, and vice versa. Findings also suggest that there are clearly defined steps involved in the PREMIS implementation process, and that the nature of this process is iterative.

This study is limited by a short data collection period. It is also limited by investigating only one institution during its implementation process. Future studies could test the validity of the model proposed in this study and include multiple institutions.

By providing context for the implementation process, this paper can help cultural heritage institutions interested in fully adopting PREMIS.

Exploring PREMIS implementation using DOI/MIS literature is novel in the digital preservation community and is proposed as particularly useful to digital preservationists who are considering adopting PREMIS. The paper suggests that seemingly innocuous decisions by developers have real implications for preservation.

The purpose of this paper is to present an update of and the latest results from work on a project aimed at monitoring electronic products during the whole life cycle with embedded wireless components.

Business processes of the electronic manufacturing supply chain were analysed. A business case and the system opportunities for life cycle monitoring, based on embedded wireless components system were developed. Radio frequency identification (RFID) assembly technology was adapted for the integration of components into a multi‐layer printed circuit board (PCB).

By storing product‐related information into electronic products, tracing of components, monitoring of processes, operations and costs, environmentally optimised recycling can be enhanced.

The research undertaken so far relates to the embedding of RFID tags into PCBs. Wireless components with more processing power will be used in the next project phase.

The paper details how wireless components can be embedded into multi‐layer PCBs and how a business case for a life cycle monitoring system can be established.

Presents an overview of the justice and law enforcement systems which prevailed in Afghanistan under the Taliban, incorporating personal views of some Afghan intellectuals and Pakistani intelligence officials who had close contact with Taliban personnel. Summarizes the historical background and notes the historic strong, informal social controls with retributive elements of tribal societies; the failed attempt to introduce a Soviet‐style criminal justice system after the Communist coup of 1978; the ensuing period of general chaos and anarchy, brought to an end by the emergence of the Taliban on Afghanistan’s political and military scene by the mid‐1990s, which established some sort of civil order, ruthlessly enforced according to the Taliban’s own interpretation of Islamic justice. Describes the hierarchies within the country’s administrative system and methods of solving civil and criminal disputes. Concludes that it is too early to predict whether a new viable legal order will emerge in the future, particularly when warlords control significant regions beyond the Karzai‐administered city of Kabul.

Microfluidic or “lab‐on‐a‐chip” technology is seen as a key enabler in the rapidly expanding market for medical point‐of‐care and other kinds of portable diagnostic device. The purpose of this paper is to discuss two proposed packaging processes for large‐scale manufacture of microfluidic systems.

In the first packaging process, polymer overmoulding of a microfluidic chip is used to form a fluidic manifold integrated with the device in a single step. The anticipated advantages of the proposed method of packaging are ease of assembly and low part count. The second process involves the use of low‐frequency induction heating (LFIH) for the sealing of polymer microfluidics. The method requires no chamber, and provides fast and selective heating to the interface to be joined.

Initial work with glass microfluidics demonstrates feasibility for overmoulding through two separate sealing principles. One uses the overmould as a physical support structure and providing sealing using a compliant ferrule. The other relies on adhesion between the material of the overmould and the microfluidic device to provide a seal. As regards LFIH work on selection and structuring of susceptor materials is reported, together with analysis of the dimensions of the heat‐affected zone. Acrylic plates are joined using a thin (<10 μm) nickel susceptor providing a fluid seal that withstands a pressure of 590 kPa.

Microfluidic chips have until now been produced in relatively small numbers. To scale‐up from laboratory systems to the production volumes required for mass markets, packaging methods need to be adapted to mass manufacture.