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The purpose of this paper is to analyze public trust during the aftermath of technological and hybrid natural-technological/natech disasters – Hurricane Katrina (2005) and the Fukushima Daiichi nuclear meltdown in Japan (2011). The work identifies common themes, actions and inactivity that can lead to citizens distrusting the government after disasters.

News reports from the two areas leading newspapers formed the body of the Hurricane Katrina and the Fukushima Daiichi nuclear meltdown case studies. Of key interest were emerging themes of trust and/or distrust during the immediate impact phase of the disaster in addition to government failures and social breakdowns resulting in a loss of trust in government institutions and individual leaders.

The series of examples illustrate how specific action or in-action by local and federal governments served as a catalyst for a loss of trust in government institutions and individual leaders in government while proposing potential strategies to help public leaders reduce distrust during times of crisis.

The two limitations were the use of only newspapers and the passage of a new law in 2013, the “Specially Designated Secrets Protection Law,” designed to limit news reporting of the press in Japan on the issue of nuclear radiation exposure of the general public in Japan, some of the new data are not available.

The research concludes by offering specific ways to regain trust after a perception of failure during pre- and post-disaster management in the age of mega disasters. The paper lists several recommendations that can be practically implemented to develop a culture of transparent communication, civic engagement in planning processes and inspire trust among stakeholders.

While the paper identifies barriers to establishing trust among government agencies, the citizenry and private industry, it seeks to help inform policy frameworks regarding the importance of the government’s ability to sustain a strong sense of trust that engenders civic participation in preserving or regaining trust in the aftermath of disasters.

In megaprojects, changes in scope and organization may occur continuously. The purpose of this paper is to investigate how actors in a project network make sense of a safety-related process innovation introduced during the design phase.

An inductive single case study of an ongoing nuclear power plant project in Europe was employed to elucidate sensemaking processes using a narrative approach.

The empirical analysis yielded nine distinct narratives regarding the innovation each advancing a different account of the rationale for implementing the new method, and the subjects, objects and implications of the change. The findings suggest that actors’ differing framings of innovation may increase ambiguity and equivocality.

These insights augment existing knowledge of innovation management and system safety in safety-critical megaprojects by revealing project actors’ discrepant sensemaking processes with regard to innovations. To successfully manage sensemaking and its consequences for innovation adoption, managers need to take account of any such discrepancies in sensemaking processes.

In recent years, continuous expansion of the scale of the new energy export industry in China caused a boycott of American and European countries. Export injury early warning research is an urgent task to develop the new energy industry in China. The purpose of this paper is to build an indicator system of exports injury early warning of the new energy industry in China and corresponding quantitative early warning models.

In consideration of the actual condition of the new energy industry in China, this paper establishes an indicator system according to four aspects: export price, export quantity, impact on domestic industry and impact on macro economy. Based on the actual data of new energy industry and its five sub-industries (solar, wind, nuclear power, smart grid and biomass) in China from 2003 to 2013, GM (1,1) model is used to predict early warning index values for 2014-2018. Then, the principal component analysis (PCA) is used to obtain the comprehensive early warning index values for 2003-2018. The 3-sigma principle is used to divide the early warning intervals according to the comprehensive early warning index values for 2003-2018 and their standard deviation. Finally, this paper determines alarm degrees for 2003-2018.

Overall export condition of the new energy industry in China is a process from cold to normal in 2003-2013, and the forecast result shows that it will be normal from 2014 to 2018. The export condition of the solar energy industry experienced a warming process, tended to be normal, and the forecast result shows that it will also be normal in 2014-2018. The biomass and other new energy industries and nuclear power industry show a similar development process. Export condition of the wind energy industry is relatively unstable, and it will be partially hot in 2014-2018, according to the forecast result. As for the smart grid industry, the overall export condition of it is normal, but it is also unstable, in few years it will be partially hot or partially cold. The forecast result shows that in 2014-2018, it will maintain the normal state. In general, there is a rapid progress in the export competitiveness of the new energy industry in China in the recent decade.

Export injury early warning research of the new energy industry can help new energy companies to take appropriate measures to reduce trade losses in advance. It can also help the relevant government departments to adjust industrial policies and optimize the new energy industry structure.

This paper constructs an index system that can measure the alarm degrees of the new energy industry. By combining the GM (1,1) model and the PCA method, the problem of warning condition detection under small sample data sets is solved.

Aims to clarify the use of “nuclear” robots with special reference to one UK contractor (Magnox) and the cost‐effectiveness of its decommissioning programme.

Goes through the protocol of the use of robots in the disposal of contaminated scrap.

Justifies the use of a built‐to‐order modular linear (Cartesian) robot system required by Magnox.

Provides valuable advice for handling nuclear materials, especially reactors.

The main role of the Harwell laboratory is to develop technology for the UK nuclear power industry, and this work is funded by the Parliamentary vote of the UKAEA. The very wide range of knowledge and skills necessary to fulfil this requirement has resulted in an R&D expertise which is a major national asset. For the last ten or more years Harwell has directed its expertise to the widest possible range of UK industry and has evolved into one of the largest contract R&D organisations in the world. Work done under contract for both government and industry now exceeds nuclear work, with commercial earnings amounting to some £30 million a year and accounting for 60 per cent of all Harwell's expenditure.

The purpose of this paper is to analyze the changing trend of China's power project investment value.

The authors research the profitability of different power projects in recent years and summarize the reason why investment value varies between different power projects. To achieve this, the empirical study developed a fixed effect model in panel data analysis to investigate the impacts that different power projects made to company value. The data were collected from annual financial reports of 30 Chinese power listed companies from 2007 to 2011.

This paper indicates three changes in investment value of China's electricity industry: the electricity industry in China is of investment prospects; the investment value of fuel power projects in China is less and less; and projects around electric power load center are more preferable than those built in other areas. It suggests that it is the resource factors, environment factors, investment policies and conditions, not the power unit itself, that determine the investment value of different power projects in China.

This paper analyzes the formation reason of current power investment situation combining China's actual conditions. This study fulfils an identified need to research the changing trend of China's power project investment value and generalize the influencing factors of investment value.

This paper aims to examine the intensifying efforts by China and the West to harness the clean, limitless energy of nuclear fusion. However, it argues that this “holy grail” of a fusion future is only achievable through an optimal combination of mission-oriented public–private cooperation and genuine intergovernmental cooperation.

This study deploys a case-study approach, augmented by relevant literature, to analyse the advances in fusion technology.

Despite purported recent advances in fusion technology, these advances remain largely “proof of concept” experiments rather than commercially viable technologies that enable us to truly harness the infinite power of these “artificial suns”. To achieve the moonshot goal of delivering practicable “net energy gain” from fusion power, this study advocates shedding hubristic political “one-upmanship” amongst rival governments. Further, it urges focussing the ingenuity, along with the financial and scientific resources of all stakeholders (both public and private) across the globe to bring about this “fusion dawn”. Moreover, efforts to deliver fusion power face significant competition from other clean energy sources (wind, solar power and nuclear fission reactors) that are not only technically far less challenging but also economically more viable with their declining cost structures.

This study is possibly one of the few social science papers that examines the prospect of clean, limitless fusion power along with the challenges it faces and its societal implications.