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Nuclear Reactor Collection

"Dounreay: Unveiling the Secrets of Nuclear Reactors" In the depths of Dounreay, scientists tirelessly work inside Fusion Reactor F003/6438

Background imageNuclear Reactor Collection: Dounreay

Dounreay
The bottom half of the worlds first electricity-producing fast breeder reactor at Dounreay Nuclear Power Development Establishment in Scotland, 14th July 1956

Background imageNuclear Reactor Collection: Scientist Working In A Fusion Reactor F003 / 6438

Scientist Working In A Fusion Reactor F003 / 6438
Scientist Working In A Fusion Reactor

Background imageNuclear Reactor Collection: Scientists Inside A Fusion Reactor

Scientists Inside A Fusion Reactor

Background imageNuclear Reactor Collection: View over the city of Huy in Belgium and Meuse River to the distant nuclear power station of Tihange

View over the city of Huy in Belgium and Meuse River to the distant nuclear power station of Tihange

Background imageNuclear Reactor Collection: Chinas first nuclear reactor (Postage stamp), 1958. Artist: Anonymous

Chinas first nuclear reactor (Postage stamp), 1958. Artist: Anonymous
Chinas first nuclear reactor (Postage stamp), 1958. Private Collection

Background imageNuclear Reactor Collection: Nuclear power plant components, diagram

Nuclear power plant components, diagram
Nuclear power plant components. Technical diagram of components of the reactor neutron shield and its support at Shippingport Atomic Power Station, Pennsylvania, USA

Background imageNuclear Reactor Collection: Reactor hall: BOR-60 fast breeder nuclear reactor

Reactor hall: BOR-60 fast breeder nuclear reactor
Fast breeder reactor. Reactor hall of the BOR-60 fast breeder nuclear reactor in Dimitrovgrad, Russia. Fast breeder reactor cores use plutonium fuel surrounded by uranium; they are cooled by molten

Background imageNuclear Reactor Collection: architecture, black and white, cloud, cooling tower, copy space, dark, day, dramatic

architecture, black and white, cloud, cooling tower, copy space, dark, day, dramatic, energy, engineering, environment, five objects, fuel and power generation, industry, low angle view

Background imageNuclear Reactor Collection: Illustration of nuclear fission reactor showing the water pressuriser, control rod mechanism

Illustration of nuclear fission reactor showing the water pressuriser, control rod mechanism, core, coolant pump, steam generator

Background imageNuclear Reactor Collection: Nuclear reactor of Sizewell B power station

Nuclear reactor of Sizewell B power station
Pressurised water reactor (PWR) at Sizewell B nuclear power station. The reactor (grey, at lower centre) uses enriched uranium as a fuel. Energy is released as the atomic nuclei split (fission)

Background imageNuclear Reactor Collection: Cross section illustration of nuclear reactor

Cross section illustration of nuclear reactor

Background imageNuclear Reactor Collection: Alien and UFO activity at a nuclear power station

Alien and UFO activity at a nuclear power station

Background imageNuclear Reactor Collection: Aliens visiting a nuclear power station

Aliens visiting a nuclear power station

Background imageNuclear Reactor Collection: Atomic Exhibit

Atomic Exhibit
The core of a pool reactor emits an eery blue glow in the American exhibit at the International Commercial Exhibition, at the Palais des Exhibitions

Background imageNuclear Reactor Collection: Dounreay

Dounreay
The bottom half of the worlds first electricity-producing fast breeder reactor at Dounreay Nuclear Power Development Establishment in Scotland, 14th July 1956

Background imageNuclear Reactor Collection: EU, France, Rhone Valley, Drome, Pierrelatte. Nuclear reactor towers by Rhone River

EU, France, Rhone Valley, Drome, Pierrelatte. Nuclear reactor towers by Rhone River

Background imageNuclear Reactor Collection: Plutonium Recycle Test Reactor, 1950s C018 / 0625

Plutonium Recycle Test Reactor, 1950s C018 / 0625
Plutonium Recycle Test Reactor (PRTR), aerial photograph. This site was part of the Hanford Engineer Works (or Hanford Site), on the Columbia River, in Washington state, USA

Background imageNuclear Reactor Collection: Liquid thorium reactor, artwork C016 / 4339

Liquid thorium reactor, artwork C016 / 4339
Liquid thorium reactor. Computer artwork showing the various stages and processes inside a liquid thorium reactor. A liquid fluoride thorium reactor (LFTR) is a type of thermal breeder reactor

Background imageNuclear Reactor Collection: Hyperion power nuclear reactor, artwork C016 / 4337

Hyperion power nuclear reactor, artwork C016 / 4337
Hyperion power nuclear reactor. Computer artwork showing the design of a modular, inexpensive, inherently safe and proliferation-resistant nuclear reactor developed by Gen4 Energy

Background imageNuclear Reactor Collection: Energy generation

Energy generation, conceptual computer artwork

Background imageNuclear Reactor Collection: Nuclear power station, Volgodonsk, Russia

Nuclear power station, Volgodonsk, Russia
Nuclear power station. Reactor building at a Russian nuclear power station. Pipelines and electricity pylons are also seen

Background imageNuclear Reactor Collection: Nuclear power station training model

Nuclear power station training model
A model of a nuclear reactor at the training center of the Kola nuclear power plant, Polyarnye Zori


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"Dounreay: Unveiling the Secrets of Nuclear Reactors" In the depths of Dounreay, scientists tirelessly work inside Fusion Reactor F003/6438, pushing the boundaries of nuclear energy. Anatoly Alexandrov, a brilliant Soviet engineer, once said that "the future lies in harnessing the power within atoms, " and these scientists are determined to make it a reality. Amidst black and white architecture, against a dramatic cloud-filled sky, stands a cooling tower that silently guards this hub of innovation. With ample copy space surrounding it, one can't help but marvel at the magnitude of their research. A postage stamp from 1958 commemorates China's first nuclear reactor - an artistic tribute by an anonymous artist capturing mankind's quest for progress. It serves as a reminder that our journey towards sustainable energy began long ago. Delving deeper into the heart of nuclear power plants reveals intricate diagrams showcasing its components. From control rod mechanisms to water pressurizers and steam generators - each piece plays a vital role in generating electricity while ensuring safety remains paramount. The BOR-60 fast breeder nuclear reactor hall unveils itself like an enigmatic chamber where science fiction meets reality. Its cross-section illustration provides us with insight into its inner workings - a testament to human ingenuity. Yet amidst all this scientific brilliance lies an unexpected twist - tales emerge about alien and UFO activity near these power stations. While shrouded in mystery and skepticism, they add another layer to our fascination with these powerful reactors. As we continue exploring the wonders hidden within nuclear reactors, let us remember that they hold immense potential for both progress and cautionary tales like Chernobyl's automatic radiation meter. It reminds us never to underestimate nature's force or human error when dealing with such formidable technology. In this captivating world where dark meets light, day turns into night; let us embrace knowledge while respecting its immense power – for within these reactors, the future of energy lies.