Thursday, March 5, 2020
A Quick Look at the Chemistry Definition
A Quick Look at the Chemistry DefinitionIn this article, I want to discuss a more general chemistry definition and talk about shielding. There are a few types of shielding:The first is the material that actually absorbs or reflects the radiation from the object. This type of shielding is typically metal or polymer. The second is called chemical or physical shielding.Chemical shielding is formed by reacting one substance with another. In this case, you could use a chemical like chloroform and an alkali like sodium hydroxide. If the chlorine reacts with the sodium hydroxide, it will block out the ultraviolet radiation which has a higher energy than the infrared radiation. In this case, you have just created a solid-like shield that can be used for many other purposes.Magnetic shielding is caused by either conducting magnetic fields or with magnetic fields. So in this case, the material that is used will be the conductor and the object that is being shielded will have the opposite field strength which will prevent any harmful electromagnetic radiation from reaching it.Materials that are used for shielding include ceramics, metals, plastics, ceramics, glass, and other silicates. The most commonly used for shielding are ceramics because they are able to form the strongest shielding barrier and the easiest to produce. It is also very durable and can be molded to almost any shape.Technology is constantly changing and it is important to understand the changes and adjust the technology. One of the most common problems that are commonly caused by shielding is radiation sickness. Some people get nausea, vomiting, or headaches when they are exposed to high levels of radiation. Even a small increase in radiation can cause major health problems if the shielding technology is not modified.So in conclusion, shielding is a relatively new term but is also used widely in the field of science. There are many other forms of shielding and we will look at them in the future articles.
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