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This article examines Bulgaria's electronic trade with India between 1967 and 1990. The developing world became a formative learning experience for the computer industry, as it came up against both a highly protectionist state trying to foster its own industry, and competition from Western companies playing to different rules than COMECON rivals. In order to gain a place in this lucrative market, Bulgarian computer enterprises developed their technical services, advertising and negotiating capacities, learning how to be capitalists in a socialist world. This 'learning through competition and copying' was a feedback channel that changed the way that the company operated in other parts of the world, diversifying its marketing and user services within the socialist world too, standing out from the other socialist industries. As such, this global operation was a formative experience for many executives and technicians, making them a group that was plugged into international expertise networks. Thus the computer became a channel for being part of the emerging information economy, and the Global South became a place to meet the First World without restriction. The article thus shows India's importance to Bulgaria as a space to learn from and profit in, rather than an object of socialist development.

In order to assess the accuracy and validity of subchannel, system, and computational fluid dynamics codes, the Paul Scherrer Institut has participated in the OECD/NRC PSBT benchmark with the thermal-hydraulic system code TRACE5.0 developed by US NRC, the subchannel code FLICA4 developed by CEA, and the computational fluid dynamic code STAR-CD developed by CD-adapco. The PSBT benchmark consists of a series of void distribution exercises and departure from nucleate boiling exercises. The results reveal that the prediction by the subchannel code FLICA4 agrees with the experimental data reasonably well in both steady-state and transient conditions. The analyses of single-subchannel experiments by means of the computational fluid dynamic code STAR-CD with the CD-adapco boiling model indicate that the prediction of the void fraction has no significant discrepancy from the experiments. The analyses with TRACE point out the necessity to perform additional assessment of the subcooled boiling model and bulk condensation model of TRACE.

The regulatory framework for mining operations is complex; the licensing process in particular typically involves several laws and a number of permits. This paper assumes that the regulatory framework is strongly influenced by the institutional framework of which it is part, and that it suffers from an institutional path dependence that may decrease the efficiency of the system as well as act barrier to the implementation of necessary environmental requirements. The paper provides: 1) a legal analysis of the regulatory framework governing mining operations in Sweden, Finland and Russia; and 2) a comparative analysis of the scope of the environmental assessment within the licensing process in the examined countries. The result of the analysis of the regulatory frameworks shows great similarity between the Swedish and the Finnish systems, both in terms of the overall structure and the implementation of substantive environmental rules. The Russian system differs in this respect, with more declarative rules and seemingly less substantive assessments. The results also indicate that the regulatory frameworks in all three countries show signs of institutional path dependence, but in very different degrees. Though Russia has indeed implemented major changes in the formal structure, very little has changed in practice. The Swedish regulatory framework for mining shows a deficient systematics and conflicting objectives, despite the implementation of a comprehensive environmental legislation. The recently reformed Finnish system seems to have a more holistic approach. ; Validerad; 2015; Nivå 1; 20150417 (mariap)