Nuclear Power Engineering Research reactors are normally meant for None of these Accelerating the neutrons Producing high neutron flux 10¹²-10¹³ neutrons/cm², sec and studying the effect of neutron bombardment on dif ferent materials Power generation None of these Accelerating the neutrons Producing high neutron flux 10¹²-10¹³ neutrons/cm², sec and studying the effect of neutron bombardment on dif ferent materials Power generation ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering An ideal coolant for a nuclear reactor should Have high density, but low heat transfer co-efficient Be capable of attaining high temperature, only when it is pressurised Be free from radiation damage and non-corrosive Be a good absorber of neutrons Have high density, but low heat transfer co-efficient Be capable of attaining high temperature, only when it is pressurised Be free from radiation damage and non-corrosive Be a good absorber of neutrons ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Thorium can be converted into U-233 in a __________ reactor. Thermal Liquid metal cooled Swimming pool Fast breeder Thermal Liquid metal cooled Swimming pool Fast breeder ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Nuclear fuel generally used in reactors is uranium oxide instead of uranium, because the former has higher Melting point, hence can be subjected to higher temperature Density ; hence core volume for a given power output would be smaller Resistance to effects of irradiation All of these Melting point, hence can be subjected to higher temperature Density ; hence core volume for a given power output would be smaller Resistance to effects of irradiation All of these ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering The main purpose of control rod in a nuclear reactor is to control the Chain reaction and hence the power output by regulating the number of secondary neutrons causing fission Emission of hazardous radiation Conversion of fissile material into fertile material Velocity of the secondary neutrons Chain reaction and hence the power output by regulating the number of secondary neutrons causing fission Emission of hazardous radiation Conversion of fissile material into fertile material Velocity of the secondary neutrons ANSWER DOWNLOAD EXAMIANS APP
Nuclear Power Engineering Quantity of fissionable material (i.e. U-235) in natural uranium is __________ percent. 99.29 6.31 12.73 0.71 99.29 6.31 12.73 0.71 ANSWER DOWNLOAD EXAMIANS APP
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