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We used the preceding definition to introduce our original article on resources in technology transfer that appeared in the fall 1994 issue of this publication. The emphasis is on technology transfer as a process, a series of interconnected events along a spectrum, leading from the discovery of a technology with potential value conceived in one institution up through its ultimate use by another institution. Naturally the process is frequently not a smooth one. Obstacles arise at many points along the way. These include such problems as lack of funding (by either or both parties to the process), lack of a champion to promote the technology (again in either or both parties to the process), cultural barriers within organizations, including the “not invented here” syndrome, impatience on the part of management to see quick results when it may not be possible to produce them, and lack of good information upon which to base decisions about the discovery, acquisition, adaptation, and use of technology. Clearly the technology transfer process is often expensive, protracted, and difficult.

The process by which technological innovations developed in one institution are discovered, acquired, and adapted for use by another institution.

Two profound changes are taking place in Europe—the economic and political integration in the West and the democratic and economic evolution of the East. Though war and its expectation have been the destiny of the European nation states since the Middle Ages, the future holds out the promise of peace, economic growth, and prosperity.

Economic and political commentators in the popular media have become fond of describing California as if it were a separate country or a “nation state.” Legally, of course, California is no more a nation than any other state in the United States. Even so, when considering the global economic impact of the “Golden State,” there are several reasons why it is convenient and instructive to look at California as a separate entity.

We develop a conceptual model, based on person-environment fit theory, which explains how employee age affects occupational strain and well-being. We begin by explaining how age directly affects different dimensions of objective and subjective P-E fit. Next, we illustrate how age can moderate the relationship between objective P-E fit and subjective P-E fit. Third, we discuss how age can moderate the relationships between P-E fit, on one hand, and occupational strain and well-being on the other. Fourth, we explain how age can impact occupational strain and well-being directly independent of P-E fit. The chapter concludes with implications for future research and practice.

“When James Boswell returned from a tour of Corsica in 1765 he wrote: ‘It is indeed amazing that an island so considerable, and in which such noble things have been doing, should be so imperfectly known.’ The same might be said today of Puerto Rico.” Thus began Millard Hansen and Henry Wells in the foreword to their 1953 look at Puerto Rico's democratic development. Four decades later, the same could again be said about the island.

This paper aims to provide a flexible model for a system of inductively coupled loops in a quasi-static magnetic field. The outlined model is used for theoretical analyses on the magnetic field-based football goal detection system called as GoalRef, where a primary loop generates a magnetic field around the goal. The passive loops are integrated in the football, and a goal is deduced from induced voltages in loop antennas mounted on the goal frame.

Based on the law of Biot–Savart, the magnetic vector potential of a primary current loop is calculated. The induced voltages in secondary loops are derived by Faraday’s Law. Expressions to calculate induced voltages in elliptically shaped loops and their magnetic field are also presented.

The induced voltages in secondary loops close to the primary loop are derived by either numerically integrating the primary magnetic flux density over the area of the secondary loop or by integrating the primary magnetic vector potential over the boundary of that loop. Both approaches are examined and compared with respect to accuracy and calculation time. It is shown that using the magnetic vector potential instead of the magnetic flux density can decrease the processing time by a factor of around 100.

Environmental influences like conductive or permeable obstacles are not considered in the model.

The model can be used to investigate the theoretical behavior of inductively coupled systems.

The proposed model provides a flexible, fast and accurate tool for calculations of inductively coupled systems, where the loops can have arbitrary shape, position and orientation.

A systematic review of the literature was completed to examine the needs of those who provide care to people with intellectual disability and dementia. The purpose of this paper was to develop an understanding of the complexities, challenges and support available to meet the needs of an ageing population.

A qualitative evidence synthesis was used to appraise 12 studies. An evidence synthesis approach was used to better understand the challenges caregivers experience in caring for a person with intellectual disability and dementia. Aggregating and integrating findings from multiple studies allowed to identify inconsistencies, quality, relationships and trends to enhance the awareness of gaps in care provision.

There were six main domains identified from the available literature which included: gaps in knowledge and skills, early identification of dementia and associated difficulties, managing behaviour, coping, burden of care and Impact on confidence.

To the best of the authors’ knowledge, this is the first paper to use qualitative evidence synthesis to understand the challenges of caring for a person with intellectual disability and dementia.