The equation for the attenuation of a gamma-ray flux passing through a path of length x in a sample with linear attenuation coefficient u can be expressed as I = I0 e ^-u*x. For most environments, the value of u is not known and must be estimated by measurements.
G. W. Leddicotte has written: 'The radiochemistry of platinum' -- subject(s): Platinum, Radiochemistry 'The radiochemistry of rhenium' -- subject(s): Radiochemistry, Rhenium 'The radiochemistry of sulfur' -- subject(s): Sulphur
C. Keller has written: 'Radiochemistry' -- subject(s): Radiochemistry
W T. Mullins has written: 'The radiochemistry of sodium' 'The radiochemistry of silicon'
There is no attenuation due to absorption, but attenuation will occur due to divergence (spreading out) of the wave.
6 dB is a "good" attenuation.
William T. Mullins has written: 'The radiochemistry of phosphorus' -- subject(s): Phosphorus 'The radiochemistry of potassium' -- subject(s): Potassium
We can reduce attenuation effects bt using repeaters
breast attenuation correction meethods
Attenuation means the reduction of signal strength during transmission. If one is looking for information about attenuation, it can be found on the Wikipedia website.
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Examples: inorganic chemistry, organic chemistry, radiochemistry, biochemistry, electrochemistry, etc.
longer cable lengths have greater signal attenuation