Nuclear Engineering Research Paper

Nuclear engineers play a huge role in the research and development of methods to make use of nuclear energy for medical, military defence and energy fuel. Another main duty of nuclear engineers is in the handling and disposal of nuclear waste, which means there may be exposure to nuclear chemicals. As well as, an engineer in the nuclear industry, you would be responsible for the safe and productive running of nuclear power stations. In addition the skills you need to become a nuclear engineer are to be good at math and science, using technology, having good organization, analysing, and problem solving,

Nuclear technology can make deep space exploration possible while making daily life on Earth more comfortable and safer. Nuclear power has minimal threats to our natural environment, and nuclear science can detect and cure many diseases. Seeing all the possibilities related to nuclear engineering, I am easily drawn into this field.

This could not be further from the truth. Nuclear power production is a dangerous field that could have extremely negative side effects if it is used wrong, but over that past five decades we have greatly honed our skill of harnessing the atom to accomplish more productive tasks than negative. There are various forms of nuclear power that run at an assortment of efficiency level; however we humans only really have access to one form and it so happens to be the worst. It is known as nuclear

When in fact it is dangerous if you are not extremely careful in controlling a reaction. Operating a reactor is summed up in the following. The reaction occurs and the uranium fuel becomes hot. Water is pumped through the core in tubes and that removes the heat. The water boils into steam. The steam turns two turbines which spin electrical generators. Then the water is cooled. All that the reactor really does is boil water to turn turbines which generate electricity.

First and foremost is engineering. Nuclear engineers are engineers so they need to know the basic principles of engineering and exploit these concepts for the design and production of all kinds of products. Next, mathematics is an important job characteristic because you need to use math to carry out the physics. Physics is important because nuclear engineers utilize physical principles to understand and manipulate the atomic and subatomic structures that form the basis of physics at the nuclear and subatomic scales. Lastly, design and chemistry are important because nuclear engineers must understand the basic principles of design such as reading and making blueprints and models, and chemistry is relevant because nuclear engineers must know about the properties of the chemicals they are dealing with and the process of the reactions that the substances undergo. Having a formidable understanding of these characteristics is essential to being a successful nuclear

I have been conducting research on nuclear engineers. I find this job fascinating because I have always loved science and I think that radiation is interesting. Nuclear engineers are people who design and create most of anything that deals with nuclear properties. Nuclear engineers are important to the world because they are the minds behind things such as clean energy and many medical tools and equipment. There are many different fields that a nuclear engineer can be employed in such as medical fields or nuclear power plant design. The main thing about this occupation that appeals to me is that they design and make this that improve our world in many ways and there are endless possibilities for innovation. I would love to know that I can use my mind to help change the world in whatever way I choose.

Nuclear energy institute is a non-governmental organization based in the United States. The organization serves as an independent voice for nuclear energy industry in the U. S. and the rest of the world. Being the voice of the industry, this organization is responsible for legislative and technical regulations and policy making; representation of the industry in matters concerning the government, other non-governmental organizations, industries and corporations all over the world; strategic management and standards control. The main goal of nuclear energy institute is to further improve and increase the use of nuclear energy in order to hasten the process of industrial revolution; energy is the basic need in any type of industry. They

Nuclear chemists need a strong understanding of chemistry, the ability to understand and organize data, mathematical skills to properly interpret and produce calculations, patience, attention to detail, and presenting ideas and concepts in a clear and succinct manner. The equipment they may work with include; computers, laboratory instruments, protective gear, various softwares, etc. The salary and benefits for nuclear chemists are good. The median salary is $80,820/yr and the national average is $77,860/yr, this means most nuclear chemists make around $38.86/hr. Some of the benefits supplied by most employers involve; health/medical care, dental, and vision. Nuclear chemistry is a great career option for those who enjoy being intentional and meticulous, however, there are potential health hazards within this

On the other hand, the problem is that nuclear fission has the consequence of producing radioactive waste, which in some cases will still emit radioactivity in several thousand years, and radioactivity is after all very hazardous and a permanent disposal site for this waste hasn’t been found till today, despite decades of searching for one. Another disadvantage is that the material for the fuel rods is finite, so it will be also just a temporary solution although possibly for some decades. The third disadvantage is the cost as all nuclear power plants, which I know of, needed substantial subventions to be build and to operate them. This will also not change, or just to the worse, as the material for the fuel rods gets scarcer.

A change in the identity or characteristics of an atomic nucleus that results when it is bombarded with an energetic particle, as in fission, fusion, or radioactive decay. There are two main types of nuclear reactions: fusion and fission. This is an example of fission. Fission occurs when a large nucleus is bombarded by a small particle, such as a neutron. The result is two smaller nuclei and additional neutrons, and a chain reaction process begins.

Nuclear fuel has been providing energy to the world for around sixty years, and it is the second most used energy source, first being fossil fuels. Nuclear energy is closely chained to the invention of the atomic bomb and is in fact, nuclear fission and/or fusion. The problem with nuclear energy is that while it can provide energy without air pollutants, there is nowhere to put the radioactive nuclear waste. With the spent nuclear fuel, we currently dump it in places relatively far from people or we reprocess it. However there is more to that than meets the eye. "Dumping" is not the best method for dealing with nuclear waste, the best way is to reprocess the nuclear waste because it recovers a portion of reusable energy that can be recycled back into the plant, recovers fuel that can be reused for other purposes and also helps reduce the effects on the environment.

Just the fact the U.S had nuclear weapons, intimidates countries and may prevent attacks against the USA.

The world's natural resources are being consumed at an alarming rate. As these resources diminish, people will be seeking alternative sources by which to generate electricity for heat and light. The only practical short-term solution for the energy/pollution crisis should be nuclear power because it is available, cleaner and safer.

The Liquid Fluoride Thorium Reactor (LFTR) is a type of molten salt reactor which will generate electrical power through nuclear fission. LFTR’s are a hypothetical and innovative solution to the future of power production which are a viable replacement of the current flawed uranium reactors.