Nuclear Fusion facts
While investigating facts about Nuclear Fusion Reactor and Nuclear Fusion Vs Fission, I found out little known, but curios details like:
The sun loses about 6 million tons of mass every second due to nuclear fusion and the solar wind. Despite losing that much material, it has only lost about 0.05% of it's original mass over the past 4.5 billion years.
how nuclear fusion works?
Deuterium, one of the ingredients of nuclear fusion, is readily found in seawater, and "viewed as a potential fuel for a fusion reactor, a gallon of seawater could produce as much energy as 300 gallons of gasoline."
What nuclear fusion is and where it occurs in the sun?
In my opinion, it is useful to put together a list of the most interesting details from trusted sources that I've come across answering what's nuclear fusion important. Here are 34 of the best facts about Nuclear Fusion And Fission and Nuclear Fusion Reaction I managed to collect.
what's nuclear fusion?
-
Once a star creates Nickle 56 through fusion it has a mere minutes of life left. This is because Ni 56 decays to Fe 56, which has one of the highest bonding energies of all isotopes and is the last exothermic reaction in nuclear fusion.
-
The 'Warp Core' shown in "Star Trek: Into Darkness" is not a set piece or prop, but actually the experimental nuclear fusion reactor at The National Ignition Facility.
-
At the age of 14, Taylor Wilson built a working nuclear fusion reactor....in his garage.
-
The Sun loses about 6 million tons of mass every second due to nuclear fusion and the solar wind. Despite constantly losing large sums of mass, it has only lost roughly 0.05% of its original mass over the last 4.5 billion years.
-
They built a prototype nuclear fusion reactor in the early 50's, and named it "Perhapsatron" because they didn't actually expect it to work
-
The inventor of electronic television, Philo T. Farnsworth, is also the inventor of the first electron microscope and the first baby incubator. He also helped with the development of radar, peacetime uses of atomic energy, and the nuclear fusion process.
-
The US forgot how to make "FOGBANK" the fission-fusion interstage for its current nuclear warheads. The delayed their refurbishment, cost millions and require them to reverse engineer the tech from old bombs
-
A Quasi-star is a type of (extremely) massive star that may have existed early the universe - It's energy would come from material falling into a central black hole, as opposed to nuclear fusion.
-
Taylor Wilson, who at 14 achieved nuclear fusion independently. He is currently a lead proponent for miniaturized reactors, which would revolutionize human energy consumption and dramatically curve pollution.
-
Brown dwarfs, sometimes called "failed stars" because they aren't massive enough for nuclear fusion, are celestial objects on which there are oceans, clouds, and rain of molten iron
Why nuclear fusion is called thermonuclear reaction?
You can easily fact check why nuclear fusion is not possible in laboratory by examining the linked well-known sources.
Any fluorine created in stars quickly breaks down through nuclear fusion with hydrogen to produce helium and oxygen or with helium to make neon and hydrogen.
ITER, the €10 billion initiative in France to sustain nuclear fusion with intense magnetic fields, at temperatures 10 times higher than the core of the sun. - source
Quantum tunnelling is responsible for many of the factors necessary for life, including the formation of water in space, nuclear fusion in the sun, photosynthesis, and DNA mutation and repair. - source
About ITER. An experimental nuclear fusion reactor still being built in France, the Project of which was initiated back in 1988. It is expected to be fully operational in 2035, to demonstrate the feasability of fusion energy.
Bob Guccione, the founder of Penthouse Magazine, spent $17 million on hiring 82 scientists to build a nuclear fusion reactor and called the subsidiary of his company created to oversee the operation "Penthouse PETS". - source
When nuclear fusion occurs?
At our sun's core, the energy release rate due to nuclear fusion is only about a quarter of the volumetric rate at which a resting human body generates heat.
How nuclear fusion occurs in stars?
Ivy Mike, the code name of the first test of a full-scale thermonuclear weapon, had part of the explosive yield come from nuclear fusion, making it one of the first fusion weapons successfully detonated
A neutron bomb, officially termed as a type of Enhanced Radiation Weapon (ERW), is a low yield thermonuclear weapon in which a burst of neutrons generated by a nuclear fusion reaction is intentionally allowed to escape the weapon, rather than being absorbed by its other components.
Any planet can become a star if its mass is big enough. Thus our Jupiter needs to collide (actually gain the mass) with about 78 other Jupiter masses to acivate nuclear fusion and becoming an entire star.
Taylor Wilson 14 year old Arkansan builds working nuclear fusion reactor in garage
