A nuclear reactor is a huge, powerful machine, designed to melt atoms and produce energy.
And, if you’re an engineering major, you know it’s a heck of a lot easier than building one.
But engineering students aren’t exactly known for their engineering chops.
The first nuclear reactors were built in Germany in the early 1950s.
But the United States hasn’t been the only country that has been building reactors.
Today, the U.S. leads the world in new nuclear power plants.
But building nuclear reactors is still a daunting task.
Engineers need a lot of experience, and they also need lots of funding.
In the past few decades, there have been many efforts to fund advanced nuclear technology.
In the 1970s, the National Science Foundation (NSF) gave money to researchers to develop new reactor designs.
These new designs were designed to run on clean energy and would have a smaller design than today’s reactors.
One of the most recent proposals for a new nuclear reactor would be to use a new type of fuel called uranium-235.
The new fuel is an incredibly versatile and efficient fuel.
When it’s used in a nuclear power plant, uranium-233 has a half-life of 10,000 years.
To make a nuclear fuel that can last for the next 10,0000 years, scientists need a process called uranium splitting.
Uranium splitting is the process that allows for the splitting of a small amount of uranium into a large amount of pure uranium, called fissile material.
Uranium-233 is an unstable isotope of uranium that’s highly radioactive.
That means that it’s more likely to explode if it’s mixed with heavy metals.
Uran-233, which is also called lanthanum, is highly toxic.
It can cause severe birth defects and cancer.
Today, uranium has become the most expensive fuel in the world.
It’s not cheap, but it’s cheaper than coal, natural gas, oil, or natural gas liquefied natural gas (LNG).
In addition to uranium, scientists have found that uranium-238, which has a lower half-lives and a lower melting point, can be used as fuel for nuclear power reactors.
In addition to being more expensive than uranium, it’s also more difficult to produce.
Scientists believe that uranium is a good candidate to be used in nuclear power.
It produces less heat than uranium and it can be produced much more efficiently than uranium-237.
Nuclear power is considered the cheapest way to produce electricity in the United State.
And because nuclear power is so cheap, there are a lot more nuclear power stations in the U of A. So far, the only reactors that are being built in the country are in Illinois, Kentucky, Louisiana, Mississippi, Oklahoma, and Tennessee.
For students interested in learning about nuclear power, it might be useful to take a look at these books: The Nuclear Reactor: The History of a Scientific Revolution by Paul S. Blume, Jr. This is an interesting history of nuclear power in the late 1800s.
It explores the history of reactor construction, design, design testing, and manufacturing.
You can find out more about the history and current status of nuclear energy at the Nuclear Power History Center.
New York Times: The Nuclear Age: The Making of a Nuclear Power Station by John P. DeBakey and Michael C. Smith.
This is a detailed history of the development of nuclear electricity.
It includes a lot about the research, the economics, and the history behind nuclear power and its effects on the world around us.
Top Image: A nuclear power station in Germany.
Credit: Getty Images This article originally appeared on Wired.