Mass attenuation coeffcient relation to kinetic energy

In summary, the mass attenuation coefficient (µ) is determined by the maximum kinetic energy of the beta ray spectrum (T max) using the equation µ = 1.7 / (1.14T max). However, there may be a problem with evaluating the denominator if it is in the form of a matrix.
  • #1
shonen
8
0
the mass attenuation coefficient is related to the maximum kinetic energy of the beta ray spectrum ( T max) by this equation

mu subscribe m (symbol) = 1.7 / (1.14
T max)
the problem here is that the denominator in my text is in the form of a matrix and as well all know a matrix doesn't give you a number so how do i evaluate it.
 
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  • #2
Welcome to PF!

shonen said:
the mass attenuation coefficient is related to the maximum kinetic energy of the beta ray spectrum ( T max) by this equation

mu subscribe m (symbol) = 1.7 / (1.14
T max)
the problem here is that the denominator in my text is in the form of a matrix and as well all know a matrix doesn't give you a number so how do i evaluate it.

Hi shonen! Welcome to PF! :smile:

Can you type out the exact equation from your text?

Here's a µ to help you, and if you don't know how to tex a matrix, use the Code tag :wink::
Code:
1 0 0 0
0 1 0 0
0 0 1 0
0 0 0 1
 
  • #3


The equation you have provided is missing some important information. The denominator should be in the form of a matrix if it is dependent on multiple variables. Without knowing the full equation, it is impossible to evaluate the denominator. Additionally, the units of the mass attenuation coefficient and the maximum kinetic energy should be specified in order to properly interpret the equation. It is important to provide all necessary information when presenting scientific equations.
 

Related to Mass attenuation coeffcient relation to kinetic energy

1. What is mass attenuation coefficient?

The mass attenuation coefficient is a physical quantity that describes the ability of a material to attenuate or reduce the intensity of a beam of photons or particles as it passes through it.

2. How is mass attenuation coefficient related to kinetic energy?

The mass attenuation coefficient is directly related to the kinetic energy of the photons or particles. As the kinetic energy increases, the mass attenuation coefficient decreases, meaning that the material is less effective at attenuating the beam.

3. What is the unit of mass attenuation coefficient?

The unit of mass attenuation coefficient is square meters per kilogram (m2/kg).

4. How is mass attenuation coefficient measured?

The mass attenuation coefficient can be measured experimentally by passing a beam of photons or particles through a material and measuring the intensity of the beam before and after it passes through the material. The ratio of the intensities can then be used to calculate the mass attenuation coefficient.

5. What factors affect the mass attenuation coefficient?

The mass attenuation coefficient is affected by the type of material, the energy of the photons or particles, and the density of the material. It is also dependent on the atomic number and mass of the material, as well as the energy of the incident beam.

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