Class, mass news media, and the 1993 election
Using a class analysis of the mass media's performance during the 1993 general election, this paper argues that news is one important site for the production and dissemination of ideology, structured around the needs of capital. By focussing on the debate about 'structural reform' of the industrial relations system, the paper argues that the real agenda during the election was how Australian-based capital should deal with the international recession.
JOURNALISM EDUCATION “DOWN UNDER”
Journalism studies is currently undergoing one of the periodic renovations that is characteristic of an active and diverse community of scholars. This paper examines aspects of this renewal debate among journalism scholars by focusing on the situation in Australia and New Zealand. It argues that the debate “Down Under” mirrors global differences on the issues of “theory” and “practice” in journalism education and that an understanding of the key fault lines in this context can provide useful insights into the wider arguments. In Australia and New Zealand a key area of discussion is around attitudes towards the concept of professionalism in the practice, training and scholarship of journalism. These tensions are apparent in both the news media and in the academy. The contradictory positions of those who favour greater industry involvement in curriculum matters, including accreditation of courses, and those who are less sanguine about the normative influence of industry on critical scholarship are explored in relation to differing attitudes to professionalism and the political economy of news production. The paper concludes that rather than pegging the debate to an unstable definition of professionalism, journalism educators should instead focus more on journalism scholarship founded on a political economy approach.
Impact of Nuclear Data Uncertainties on Transmutation of Actinides in Accelerator-Driven Assemblies
Abstract The potential impact of nuclear data uncertainties on a large number of performance parameters of reactor cores dedicated to the transmutation of radioactive wastes is discussed. An uncertainty analysis has been performed based on sensitivity theory, which underlines the cross sections, the energy range, and the isotopes that are responsible for the most significant uncertainties. To provide guidelines on priorities for new evaluations or validation experiments, required accuracies on specific nuclear data have been derived, accounting for target accuracies on major design parameters. The required accuracies (mostly in the energy region below 20 MeV), in particular for minor actinide data, are of the same order of magnitude of the achieved accuracies on major actinides. Specific requirements also concern the improvement of minor actinide data related to decay heat and effective delayed-neutron fraction assessment.