核电专业英语 English for Nuclear Power Engineering,谢诞梅、秋穗正、黄晓明主编 参加编写的有熊扬恒、聂矗、郭江华等老师 机械工业出版社 2012年,Part One Basic Theory,Unit 1 Current Status of Nuclear Industry,Unit 2 Nuclear Physics,Figure 2.1. Transient Equilibrium in the Decay of Barium-140,Unit 3 Neutron Physics,Figure 3.1. Average binding energy per nucleon,Unit Four Radiation Shielding,Figure 4.1 Relative photon interaction probabilities,Unit Five Nuclear Reactor Theory,Figure 5.1. Prompt Fission Neutron Energy Spectrum for Thermal Fission of U235,Figure 5.2 Comparison of Neutron Flux Spectra for Thermal and Fast Breeder Reactor,Unit 6 Thermal Hydraulics,Figure 6.1 Basic power reactor schematic arrangements,Figure 6.2 Axial temperature distribution along a coolant channel,Figure 6.3 Radial temperature distribution of a fuel rod,Figure 6.4 Boiling heat transfer curve,Unit 7 Nuclear Power Plant Core Materials,Unit 8 Basic Design Features of a PWR,Part Two Pressurized Water Reactor,Figure. 8.1 Nuclear steam supply system,Figure 8.2 Layout of a nuclear island,Figure 8.3 Cut-away of a reactor vessel,Unit 9 Reactor Core and Fuel,Figure 9.1 Schematic drawing of the principal components of a nuclear reactor together with the radiation shield and containment,Figure 9.3 Reactor Core Cross Section,Figure 9.4 Reactor Flow Paths,Figure 9.5 Schematic Representation of a LWR Fuel Rod,Figure 9.6 Fuel Elements for BWR and PWR,Unit 10 The Main Components in PWR Coolant System,Figure 10.2 the Pressurizer,Figure 10.3 Pressurizer and Pressurizer Relief Tank,Figure 10.4 Cutaway View of a Reactor Coolant Pump,Unit 11 Steam Turbine,Figure 11.1 Working principles of turbine,Figure 11.2 Steam flow in moving blades,Figure 11.3 Curves of the reactive force and work with blade speed,Whupwr Danmei Xie,Whupwr Danmei Xie,Steam vortex flow through a stage,Vector diagram of moving blade,Whupwr Danmei Xie,Unit 12 Auxiliaries of the Secondary Loop,Figure 12.1 a schematic flow chart of thermodynamic system in a nuclear power plant,Figure 12.2 moisture separator reheater,Unit 13 Operation of a Nuclear Power Plant,Figure 13.1Automatic startup modes and related process parameters for a NPP unit,impulse reaction,Whupwr Danmei Xie,Whupwr Danmei Xie,HP/IP outer shell,HP/IP inner shell,Thrust collar,Whupwr Danmei Xie,Whupwr Danmei Xie,Turning gear,Whupwr Danmei Xie,Whupwr Danmei Xie,Whupwr Danmei Xie,Surface condenser,Unit 14 Current Power Reactor Technologies,Part Three State-of-the-art of Nuclear Power,Figure 14.1 Working Process of Boiling Water Reactor,Table 14.1 Boiling Water Reactor Main Parameters of Different Generations,Figure 14.2 pressurized heavy water reactor,Figure 14.3 sketch of CANDU,Figure 14.4 Sketch of a High temperature gas-cooled reactor,Figure 14.5 spherical fuel element,Figure 14.6 HTGR,Figure 14.7 Sketch of a pebble bed reactor in Italian,Unit 15 Design Features of AP1000,Figure 15.1 Isometric view of AP1000 NSSS,Figure 15.2 AP1000 Reactor pressure vessel,Figure 15.3 AP1000 Passive core cooling system,Figure 15.4 AP1000 Passive containment cooling system,Unit 16 The EPR Reactor,Figure 16.1 Main EPR Safety Features,Fig 16. 2 Melt retention strategy (key elements,Unit 17 Nuclear safety,Fig. 17.1 The three barriers in a PWR,Figure 17.2 : Simplified schematic of a pressurized water reactor (PWR),Figure 17.3 A typical BWR Mark I containment, as used in Units 1 to 5,Fig. 17.4: PWR containment and Chernobyl (RBMK 1000) containment (roughly to the same scale),Figure 17.5: The destruction of the Chernobyl reactor,Figure 17.6: The final configuration of the TMI core,Unit 18 International Thermonuclear Experimental Reactor,Figure 18.1 The fusion process,Figure 18.2 The machine of tokamak,Figure 18.3 Main components of the magnet systems,Figure 18.4 A diagram of the ITER Cooling Water System,Figure 18.5 Blanket modules,Figure 18.6 The “closed DT loop“ fuelling cycle of ITER,Unit 19 Generation-IV Nuclear Power,Figure 19.1 Very high-temperature reactor,Figure 19.2 Sodium-cooled fast reactor,Figure 19.3 Gas-cooled fast reactor,Figure 19.4 Lead-cooled fast reactor,Figure 19.5 Super-critical water-cooled reactor,Figure 19.6 Molten salt reactor,Unit 20 Small Nuclear Power Reactors,Fig 20.1 Concept of TWR burnup strategy(FP: Fission Product; BP: Burnable Poison),Fig 20.2 Neuron flux, nuclide number and k-infinity, where the arrow denotes the wave drift direction, the axial height of the core.,Table 20.1 Core design and obtained results for CANDLE fast reactor,Table 20.2 Application of CANDLE strategy to block-type high temperature gas cooled reactor,Thanks,