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l131→Xe131+β

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Artificial Transmutations - Transmutations caused by interaction with the outside environment- Not naturally occurring.

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Artificial Transmutations - Transmutations caused by interaction with the outside environment- Not naturally occurring.

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Fission is a reaction occurs in a nuclear power plant and in an atomic bomb.

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Fission is a reaction occurs in a nuclear power plant and in an atomic bomb.

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Science expert Emerald Robinson explains what fusion is and how we use it in the modern world. To view over 15,000 other how-to, DIY, and advice videos on any topic, visit http://www.monkeysee.com/

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ABOMB

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ciples of radiation, its measurement, biologi- cal effects, sources of natural and artificial ra- diation, and to discuss the principles of radiation protection. A good understanding of the nature of radioisotopes and their hazards will help the worker to use them safely.

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Radioactive isotopes have many useful applications. In medicine, for example, cobalt-60 is extensively employed as a radiation source to arrest the development of cancer. Other radioactive isotopes areused as tracers for diagnostic purposes as well as in research on metabolic processes.

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Radioactive Emission Table

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Gamma Rays can cause cancer.
Alpha cells can damage cells if ingested or allowed to otherwise enter the body

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Fusion is how all stars produce their energy

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Fusion requires a lot of pressure to force particles of the same polarization together which usually results in high temperatures.

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This is the splitting of the nucleus of an atom. The larger particles split into 2 or more smaller particles.

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The  carbon-14 isotope forms when atmospheric nitrogen is bombarded by a neutron.

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Definition- the length of time required for a material to decay to half it's initial amount.

Radioactive substances decay at constant rates.
Not dependent on other factors such as temperature, pressure, concentration.

Half life decay is a completely random process

Shorter the half life the less stable the isotope. Longer the half life the more stable the isotope.

TABLE N shows half lives for different elements.

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Fusion reactions require very high temperatures

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Nuclear materials used to find and/or cure cancer

Irradiation of Food/killing bacteria and allows it to be stored for a longer time.

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Alpha- lowest strength/power
Beta- medium strength/power
positron-medium strength/power
Gamma Rays- Strongest strength/power
TOO GET INFO ABOUT THIS TOPIC USE TABLE N IN REFERENCE TABLE

Mass of alpha-4
mass of beta-0
mass of positron-0
Charge of alpha +2
Beta Charge -1
Positron Charge -1

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Fusion with unstable isotopes could create far more energy by automatically starting the fission process after the initial fusion reaction. While it might be easier to obtain results in which one radioactive isotope is created and then decays naturally, it would be far more effective to set up an experiment to model the following equation.

Fa + Fb ---> Rc  + energy + 1n ---> Rd + Re + 3n ---> more fission

This equation is missing the standard nuclear notation, but should be easy enough to follow. The only energy cost here would be the initial fusion cost and the additional neutron used to trigger the fission reaction.

And no, this wasn't copy + paste.