Advanced Nuclear Power Systems with Micropelleted Fuel for Nuclear-Powered Ships
The possibilities of using high-temperature reactors operating together with a gas turbine are determined for nuclear-powered icebreakers. The advantages of such systems over previously used nuclear-powered systems and diesel-electric propeller systems are examined. The possibilities of using the MA...
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| Veröffentlicht in: | Atomic energy (New York, N.Y.) N.Y.), 2005-07, Vol.99 (1), p.441-445 |
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| creator | Alekseev, P N Kukharkin, N E Udyanskii, YuN Shchepetina, T D Belov, IA Subbotin, SA Sedov, A A Dudnikov, A A Kashka, M M Bashaev, V V |
| description | The possibilities of using high-temperature reactors operating together with a gas turbine are determined for nuclear-powered icebreakers. The advantages of such systems over previously used nuclear-powered systems and diesel-electric propeller systems are examined. The possibilities of using the MARS-S reactor and gas-turbogenerators, utilizing the heat from the exhaust gases, in nuclear-powered icebreakers are studied. The characteristics of the MARS-S and propeller electric system of a nuclear-powered icebreaker with drive-shaft power up to 90 MW are presented. The possibility of using such systems in floating electric power plants utilizing heat for driving a counterpressure turbine is examined. A version of a single-reactor ship power plant for a lighter and an icebreaker, such as Taimir, is presented. |
| doi_str_mv | 10.1007/s10512-005-0229-z |
| format | Article |
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The advantages of such systems over previously used nuclear-powered systems and diesel-electric propeller systems are examined. The possibilities of using the MARS-S reactor and gas-turbogenerators, utilizing the heat from the exhaust gases, in nuclear-powered icebreakers are studied. The characteristics of the MARS-S and propeller electric system of a nuclear-powered icebreaker with drive-shaft power up to 90 MW are presented. The possibility of using such systems in floating electric power plants utilizing heat for driving a counterpressure turbine is examined. 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| issn | 1063-4258 1573-8205 |
| language | eng |
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| subjects | Electric power Electric power plants Exhaust emissions Gas turbines High temperature Icebreakers Nuclear energy Nuclear engineering Nuclear power generation Nuclear power plants Nuclear reactor components Nuclear reactors Propellers Reactors Ships Turbines |
| title | Advanced Nuclear Power Systems with Micropelleted Fuel for Nuclear-Powered Ships |
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