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The thesis of this paper is that governments of some otherwise enlightened states are increasingly fearful of acknowledging the restraints imposed on them by existing international law. They are also reluctant to enter into new commitments by way of international conventions that would expand the reach of international law. The paper asks whether these fears are based on a true understanding of international law or on some distorted view of it. It will draw comparisons and some contrasts between Australia and the United States in their reactions to a number of recent events as well as to some enduring situations of contemporary relevance. Had time (and the limits of my research) permitted, one might also have examined public attitudes toward international law in China, Japan, and Russia in this context, where similar fears appear to be entertained. France, Germany, Italy, and the United Kingdom, also enlightened states, appear by contrast to belong to a group more dedicated to international law. As Robert Kagan has recently remarked, the experience of two world wars at close quarters, and the formation of the European Union, have made the European countries more dedicated to process, where the United States is more interested in results. [ABSTRACT FROM AUTHOR]

The upgrade of JT-60U to JT-60 Super Advanced (JT-60SA), a fully superconducting tokamak, will be performed in the framework of the Broader Approach (BA) agreement between Europe (EU) and Japan. In particular, the Toroidal Field (TF) system, which includes 18 coils, is foreseen to be procured by France, Italy and Germany. This work covers activities from design and manufacturing to shipping to Japan. The present paper is mainly devoted to the analyses that lead to the conductor design and to the technical specifications of the joints for the JT-60SA TF coils. The conductor geometry is described, which is derived from Cable-In-Conduit concept and adapted to the actual JT-60SA tokamak operating conditions, principally the ITER-like scenario. The reported simulations and calculations are particularly dealing with the stability analysis and the power deposition during normal and off-normal conditions (AC losses, nuclear heating). The final conductor solution was selected through a trade-off between scientific approach and industrial technical orientation. Besides, the TF system connections layout is shown, derived from the industrially assessed twin-box concept, together with the associated thermo-hydraulic calculations ensuring a proper temperature margin. [ABSTRACT FROM AUTHOR]