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Scintillation vials are used to measure radiation levels or radioactivity in samples. They are often used in radiochemistry, environmental monitoring, and medical research to detect and quantify the presence of radioactive isotopes in various substances.

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1y ago

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Related Questions

What can be used to compare the amount of radioactivity labeled DNA in two or more samples?

Scintillation counter


Which tool is used to determine the amount of radioactive DNA in a solution?

Geiger Counter


What is the main detector of a scintillation counter?

the main detector of a scintillation counter depends on the calculating factor that you depict on using in your scintillation.


What color vial i usedfor potassium level?

A lavender or purple-colored vial is typically used for potassium level testing.


What is the medical term meaning Small bottle often used for medicine?

A vial. Also spelt "Phial" in relation to older sample bottles for medicines etc.


Instruments are used for storing of solid samples?

vial,


Can be used to compare the amount of radioactively labeled DNA in two or more samples?

Scintillation counter


What color of vial is used to draw a peak and trough level?

A red vial is typically used to draw a peak level, and a purple vial is used to draw a trough level when monitoring medication levels in the blood. It is important to follow specific guidelines provided by the laboratory for accuracy.


What is the homophone for vial?

The homophone for vial is vile.


What is the functions of vial?

Used to hold a specific amount of mixtures.


What type of radiation is best detected by a scintillation counter?

Gamma radiation is best detected by a scintillation counter due to its ability to interact with scintillation materials and produce light pulses that can be detected.


What is the flash of light produced in a crystal or phosphorus when it absorbs ionizing radiation?

The flash of light produced in a crystal or phosphorus when it absorbs ionizing radiation is known as scintillation. This phenomenon occurs because the incoming radiation excites the material's atoms, causing them to emit light as they return to their ground state. Scintillation detectors are commonly used in radiation detection and measurement applications.