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| Advantages and Disadvantages of atomic absorption spectroscopy |
What Are the Advantages and Disadvantages of Atomic Absorption Spectroscopy, and Why Should You Use It?
Advantages of atomic absorption spectroscopy
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| Advantages of atomic absorption spectroscopy Accuracy. If appropriate criteria are followed, AAS is an excellent method for generating accurate results, usually to the tune of 0.5-5% or better. Sensitivity. AAS is a highly reactive technique of detection that
may test own to parts per billion grams in a sample. As such, it has
revolutionized the way certain procedures are performed in all kinds of fields. Cost. Operating expenses are generally cheaper with AAS since it utilizes less
argon than other processes. Accessibility. It can reach previously unreachable areas due to a process based on light absorption and radiation. Miners can currently utilize AAS to assess if the material has enough gold or other valuable elements of metal. This reduces the time and cost of mining by pinpointing areas with a high density of precious metals. Disadvantages of atomic absorption spectroscopy |
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| Disadvantages of atomic absorption spectroscopy Lack of Versatility. A lot of AAS techniques have the goal of assessing
liquids rather than solids. This is because the substance must be
vaporized before it can be analyzed. Liquids are much more suitable for this
than solids, some of which take a very long time to dissolve and some of which
do not promote dissolution at all. Furthermore, the techniques that allow
solids to be tested cannot be applied to non-metals. Equipment. While the equipment is frequently more portable than
other instruments, it is also more expensive, making it unsuitable for mass
laboratory usage. Precision. Other substances in the sample or in the surrounding
environment can interfere with and mislead the research results. Gratitude for perusing and following for more
knowledgeable data. Learn about Atomic Absorption Spectroscopy in 5 minutes.Earthquake |
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