2017
DOI: 10.1016/j.apradiso.2017.06.039
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The Lambert-Beer law in time domain form and its application

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Cited by 63 publications
(15 citation statements)
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“…1, a intensidade da luz transmitida diminui à medida que a espessura do filme aumenta. Nessa equação, é a intensidade inicial da luz incidente, é a intensidade da luz transmitida, é o coeficiente de atenuação (absorção) linear e é a espessura do meio absorvente [12]. I = I 0 .e -μ.l…”
Section: Transmitânciaunclassified
“…1, a intensidade da luz transmitida diminui à medida que a espessura do filme aumenta. Nessa equação, é a intensidade inicial da luz incidente, é a intensidade da luz transmitida, é o coeficiente de atenuação (absorção) linear e é a espessura do meio absorvente [12]. I = I 0 .e -μ.l…”
Section: Transmitânciaunclassified
“…The µ value obtained would be equal with tube voltage of X-ray machine [10]. Attenuation coefficient ( ) was able to determine by applying Beer-Lambert law as follows [17].…”
Section: Calculating Attenuation Coefficient (µ)mentioning
confidence: 99%
“…Based on the calibration procedure presented in [10], using the Lambert-Beer law [18], it is also possible to calculate the average depths g k of the clusters: (10) where: μthe coefficient of the attenuation of radiation in the mixture, Ithe intensity of gamma radiation after the scanning of the mixture, I 0the intensity of radiation registered by the probe for a pipeline filled completely with the water.…”
Section: Signal Analysismentioning
confidence: 99%