given below. Scattered x-rays X =2 cm (Attenuated) Transmitted) |-100 CPS detector X-ray ,=1200 CPS (Un-attenuated Incident) Х-ray Absorber (attenuating material) source Narrow beam Collimator
given below. Scattered x-rays X =2 cm (Attenuated) Transmitted) |-100 CPS detector X-ray ,=1200 CPS (Un-attenuated Incident) Х-ray Absorber (attenuating material) source Narrow beam Collimator
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![2. Calculate the linear attenuation co-efficient of the absorber using the figure
given below.
Scattered x-rays
X =2 cm
(Attenuated)
Transmitted)
|-100 CPS detector
X-ray
1,=1200 CPS
|(Un-attenuated
Incident)
Х-ray
Absorber
(attenuating
material)
source
Narrow beam
Collimator](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c205914-a9ca-49fd-b0a2-e601ce95bf4d%2Fca14b10a-23ad-497e-80b0-6e2fa86fb582%2Fnwtkon_processed.png&w=3840&q=75)
Transcribed Image Text:2. Calculate the linear attenuation co-efficient of the absorber using the figure
given below.
Scattered x-rays
X =2 cm
(Attenuated)
Transmitted)
|-100 CPS detector
X-ray
1,=1200 CPS
|(Un-attenuated
Incident)
Х-ray
Absorber
(attenuating
material)
source
Narrow beam
Collimator
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