Слайд 2: Introduction
Humanity is used to energy from atomic fusion since the beginning – the Sun generates its heat using nuclear reactions. Nuclear energy can generate huge amounts of electricity much effectively than other types. However, potential radioactive pollution scares lots of people.
Слайд 3: Types of Reactors
There are several designs of reactors, including: Thermal (thermonuclear) reactors Fast neutron reactors Light water reactors Heavy water reactors Gas-cooled reactors Thorium reactors
Слайд 4: How Reactors Work
A reactor consists of: Fuel rods Control rods Coolants Turbine Electric generator
Слайд 5: Safety Measures
Reactors are equipped with robust safety features, including: containment structures; emergency shutdown systems; innovative passive safety measures.
Слайд 6: Environmental Impact
Nuclear energy produces electricity with minimal carbon emissions. Nuclear waste disposal is a challenge, but ongoing research aims to find sustainable solutions.
Слайд 7: Advancements in Reactor Technology
Small Modular Reactors (SMRs) and Generation IV reactors represent the next frontier. These designs promise improved safety, efficiency, and versatility, paving the way for a more sustainable and resilient energy future.
Слайд 8: Prospects of Nuclear Energy
The future holds the promise of even safer, more efficient, and versatile reactors that can meet the growing energy demands of our world. Nuclear reactors play a pivotal role in shaping our energy landscape.
Слайд 9: Q&A
Thank you for your attention. Now, I welcome any questions you may have.