The rise and fall of the fast breeder reactor technology in the UK: between engineering “dreams” and economic “realities”?

This report explores the evolution of the fast breeder nuclear reactor programmes in the UK, from the period of great promises and expectations in the 1950s and 1960s towards their progressive abandonment in the 1980s and 1990s. The project, of which this report is an element, aims thereby to draw lessons relevant for the current “nuclear renaissance” and medium-term planning on the future of nuclear power. Given that the fast breeder programmes were closely interlinked with the general evolution of nuclear power in the UK, this report includes a fairly detailed historical description of this more general ‘nuclear context’. This primarily chronological description of the evolution of the UK fast breeder programmes provides a basis for a comparison between the evolution of the British and French fast breeder reactor programmes. A central question in such a comparison concerns the lateness of the abandonment of the fast breeder programme in France, as compared to most other countries developing this technology. The cross-country comparison will explore the relative influence of the contextual and historical conditions within which the nuclear technologies have evolved in France and the UK on the one hand, and the ‘universal’ factors common to the evolution of socio-technical systems in general on the other. This exploratory research was based on documentary analysis and eleven interviews of experts involved in, or with knowledge of, the UK fast breeder reactor (FBR) programmes

An investigation into manufacturing execution systems

Hardware and software developments of this decade have exposed an hiatus between business/management applications and process control in heavy industry in the implementation of computer technology. This document examines the development of discrete manufacturing and of relevant implementations of computing. It seeks to examine and to clarify the issues involved in a perceived current drive to bridge this gap, to integrate all the systems in a manufacturing enterprise in a Manufacturing Execution System (MES) in order to address two hypotheses: I) That overseas trends towards the development of manufacturing execution systems have application in the Australian industrial context. 2) That significant gains in production efficiency and quality may be achieved by the application of an MES. It became apparent early in this study that any understanding the function of an MES requires an understanding of the context in which it works. Following the Introduction, therefore, Section Two contains a brief overview of the history and development of modem industry with particular attention to the subject of inventory and inventory management. Since the 1970s, three main streams of change in manufacturing management methodology developed. These are dealt with in some detail in Section Three. Section Four outlines a variety of areas of increasing computerisation on the shop floor while Section Five addresses the integration of the whole system, management and shop floor, seeking to demonstrate the complexity of the subject and to discover current trends and developments. Section Five includes a survey of some of the software and hardware options currently available and Section Six summarises the work and presents some observations and conclusions. Three appendices provide more detailed information on MES software availability, pricing and market penetratio

The State of Illinois Manufacturing

The strength of the manufacturing sector is fundamental to the overall economic performance of Illinois and the U.S. as a whole. The manufacturing sector in Illinois create large numbers of jobs that pay high wages to workers, purchases more goods and services from within the state than any other sector, and constitutes a main component of the state export economy. For these and other reasons, manufacturing needs be at the center of all government discussions on economic policy.The Center for Labor and Community Research (CLCR) was commissioned by the Illinois Manufacturers' Association to analyze the condition of the Illinois manufacturing sector. We found that Illinois manufacturing is essential to Illinois' economy, and although it is among the top manufacturing states in the country, it faces a number of challenges. This report demonstrates why and how Illinois manufacturing matters, explains the current challenges it faces, and recommends actions to overcome some of these challenges. In addition to looking at manufacturing as a whole, this report looks at four key manufacturing sectors, or clusters, that together account for 64% of manufacturing employment in the state. These are the metals, electrical, printing, and food manufacturing sectors.A few key findings that CLCR uncovered in this study include the following: Manufacturing is vital to the state's economy and workers. Manufacturing exports create significant employment opportunities in Illinois, and the state's manufacturing workers are the most productive in the nation by far.Like other U.S. states, Illinois faces increasing competition from low-wage producers in the developing world as well as from highly skilled producers in developed countries. In order to remain competitive into the future, the sector requires increased investments in its infrastructure and workers and an improved workforce development system in order to increase the value-added component of their products.The Illinois manufacturing sector needs a "High Road" partnership with government and labor to increase investment in infrastructure and workforce development, to support the sector by creating specialized service centers that provide assistance to Illinois companies, and to effectively using public subsidies to reward and assist those companies that are pursuing High Road strategies of innovation and development

Competitiveness and future outlooks of the Estonian economy: R&D and innovation policy review 2002

In the last few years lively discussions have been held in Estonia about what the country’s hitherto economic growth has rested on and how to speed it up in order to catch up with the average living standard of the European Union. Current Review of research and development activities analyses the foundations of the hitherto economic growth in Estonia and relates these to the objectives of the strategy Knowledge-based Estonia. Compared to the previous research and development studies this analysis pays more attention to the economy, its competitiveness, innovativeness and demand for research and development. The Review relies on various international surveys that have analysed the competitiveness of Estonian economy, combines their conclusions into an integrated whole, and analyses the situation in the context of implementing the strategy Knowledge-based Estonia.competitiveness growth research innovation technology development

High definition systems in Japan

The successful implementation of a strategy to produce high-definition systems within the Japanese economy will favorably affect the fundamental competitiveness of Japan relative to the rest of the world. The development of an infrastructure necessary to support high-definition products and systems in that country involves major commitments of engineering resources, plants and equipment, educational programs and funding. The results of these efforts appear to affect virtually every aspect of the Japanese industrial complex. The results of assessments of the current progress of Japan toward the development of high-definition products and systems are presented. The assessments are based on the findings of a panel of U.S. experts made up of individuals from U.S. academia and industry, and derived from a study of the Japanese literature combined with visits to the primary relevant industrial laboratories and development agencies in Japan. Specific coverage includes an evaluation of progress in R&D for high-definition television (HDTV) displays that are evolving in Japan; high-definition standards and equipment development; Japanese intentions for the use of HDTV; economic evaluation of Japan's public policy initiatives in support of high-definition systems; management analysis of Japan's strategy of leverage with respect to high-definition products and systems

Space resources. Volume 4: Social concerns

Space resources must be used to support life on the Moon and exploration of Mars. This volume, Social Concerns, covers some of the most important issues which must be addressed in any major program for the human exploration of space. The volume begins with a consideration of the economics and management of large scale space activities. Then the legal aspects of these activities are discussed, particularly the interpretation of treaty law with respect to the Moon and asteroids. The social and cultural issues of moving people into space are considered in detail, and the eventual emergence of a space culture different from the existing culture is envisioned. The environmental issues raised by the development of space settlements are faced. Some innovative approaches are proposed to space communities and habitats and self-sufficiency is considered along with human safety at a lunar base or outpost

Space and biotechnology: An industry profile

The results of a study conducted by the Center for Space and Advanced Technology (CSAT) for NASA-JSC are presented. The objectives were to determine the interests and attitudes of the U.S. biotechnology industry toward space biotechnology and to prepare a concise review of the current activities of the biotechnology industry. In order to accomplish these objectives, two primary actions were taken. First, a questionnaire was designed, reviewed, and distributed to U.S. biotechnology companies. Second, reviews of the various biotechnology fields were prepared in several aspects of the industry. For each review, leading figures in the field were asked to prepare a brief review pointing out key trends and current industry technical problems. The result is a readable narrative of the biotechnology industry which will provide space scientists and engineers valuable clues as to where the space environment can be explored to advance the U.S. biotechnology industry