Results 211 to 220 of about 46,370 (246)
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2007
In the Generation IV programme the potential uses of these reactors may be broader than the production of electricity. They may also be sited on an industrial site (and sized very differently from current reactors) so that the 60 per cent or more of heat production that is currently vented into air or otherwise wasted can be used to provide process ...
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In the Generation IV programme the potential uses of these reactors may be broader than the production of electricity. They may also be sited on an industrial site (and sized very differently from current reactors) so that the 60 per cent or more of heat production that is currently vented into air or otherwise wasted can be used to provide process ...
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2016
In order that the fuel rods, reactor vessel, pipes, and other devices do not lose their normal functions or performance during reactor operation, limit values are applied to several features including heat generation, cooling, temperature, flow, etc.
Hajime Akimoto +4 more
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In order that the fuel rods, reactor vessel, pipes, and other devices do not lose their normal functions or performance during reactor operation, limit values are applied to several features including heat generation, cooling, temperature, flow, etc.
Hajime Akimoto +4 more
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2007
There are four leading contenders for new reactor designs in the UK. These 'most eligible' designs for the UK (see Chapter 7) have in some cases been built overseas, and in others been licensed in one country or more (i.e. passed a detailed inspection of the reactor design by the national safety authority).
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There are four leading contenders for new reactor designs in the UK. These 'most eligible' designs for the UK (see Chapter 7) have in some cases been built overseas, and in others been licensed in one country or more (i.e. passed a detailed inspection of the reactor design by the national safety authority).
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2016
Introduction Discussions of current and future nuclear reactor designs utilize a convenient international notation based on the decades in which the designs originated. Thus Generation I reactors refer to early prototype reactors designed and built in the 1950s and early 1960s.Generation II reactors are those designed and built in the 1970s and 1980s ...
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Introduction Discussions of current and future nuclear reactor designs utilize a convenient international notation based on the decades in which the designs originated. Thus Generation I reactors refer to early prototype reactors designed and built in the 1950s and early 1960s.Generation II reactors are those designed and built in the 1970s and 1980s ...
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Modeling techniques in reactor design
Symposium (International) on Combustion, 1963In many chemical operations for which large scale reactors must be designed, the rate of reaction is influenced by the fact that chemical and physical processes may proceed with comparable rates. This leads to considerable difficulty in constructing appropriate models for studying the behavior of reactors. In this paper, a few representative techniques
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2016
In the first nuclear era the reactor physicist designs the reactor, and then everyone else designs and builds a nuclear energy system around it. This design philosophy is the failure of the first nuclear era. People want to consume energy that is reliable, cheap, safe, sustainable, and clean.
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In the first nuclear era the reactor physicist designs the reactor, and then everyone else designs and builds a nuclear energy system around it. This design philosophy is the failure of the first nuclear era. People want to consume energy that is reliable, cheap, safe, sustainable, and clean.
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1994
Small molecules are typically specified just by molecular formula and purity. Simple petrochemicals such as methanol and toluene need little more than a boiling point while the specification of analytical chemicals may require a list of measured impurities. Stabilizers may be used and thus require specification in reactive materials such as styrene. It
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Small molecules are typically specified just by molecular formula and purity. Simple petrochemicals such as methanol and toluene need little more than a boiling point while the specification of analytical chemicals may require a list of measured impurities. Stabilizers may be used and thus require specification in reactive materials such as styrene. It
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2016
Fil: Alfano, Orlando Mario. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Desarrollo Tecnológico para la Industria Química. Universidad Nacional del Litoral.
Marugan, Javier +3 more
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Fil: Alfano, Orlando Mario. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Desarrollo Tecnológico para la Industria Química. Universidad Nacional del Litoral.
Marugan, Javier +3 more
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