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Evolution of Nuclear Reactors: From Fission to Power Generation

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Explore the fascinating journey of nuclear reactors, starting with the fission of U-235 that led to the first chain reaction in December 1942, constructed by Enrico Fermi. Delve into the architecture of the graphite reactor in Oak Ridge, Tennessee, and the intricate design of reactor components such as control rooms and output power levels. Understand the complexities of modern reactors, including pressurized water reactors, boiling water reactors, and the critical roles of spent fuel storage and emergency generators.

Evolution of Nuclear Reactors: From Fission to Power Generation

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Presentation Transcript

Nuclear Reactors
Fission of U-235
Chain Reaction
First Reactor ConstructionEnrico Fermi December 1942
Graphite Reactor BuildingOak Ridge Tennessee
Graphite Reactor Cross Section
Loading Face
Control Room
Output Power Level
Plutonium Spheres
Severe Radiation Burns
Pressurized Water Reactor

Steam Generator

Boiling Water Reactor

Fuel Assembly

Fuel Assembly Removal
Refueling
Three Mile Island VALVE FAILURE!
Graphite Moderator Reactor
RBMK Reactor Core
Spent Fuel Storage (Cool Down)
Dry Cask
Emergency Generator
Main Generators
Generator Transformer
Substations

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Evolution of Nuclear Reactors: From Fission to Power Generation

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Presentation Transcript

Nuclear Reactors and Nuclear Power

Nuclear Reactors

Nuclear Reactors

Nuclear Research Reactors

Nuclear Reactors

Nuclear Reactors

Nuclear Reactors

Nuclear Reactors

Decommissioning Nuclear Reactors

Liquid fuel nuclear reactors:

Nuclear Reactors

Nuclear Reactors

Nuclear Fusion Reactors

Decommissioning Nuclear Reactors

Nuclear Reactors An Introduction

Nuclear Reactors

GENERATION IV NUCLEAR REACTORS

Nuclear Reactors

Stars as Nuclear Reactors

Nuclear Reactors and Nuclear Energy

Future Nuclear Reactors

Nuclear Reactors Chapter 4

Sea Ice

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