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What is the minimum number of incident photons and the minimum dose to visualize an object of volume 1mm3(x=1mm), with 1% contrast (C=0.01) through a body thickness of t=0.2m ? - The X-ray energy is E=50keV, - the image receptor efficiency is =0.3, - the peak to noise limit is k=5, - the attenuation coefficient for body tissue is 1=0.226cm1, - the attenuation coefficient of the object material is 2=0.256, - the mass-energy absorption coefficient for body tissue is (/)= 0.004m2kg1 - the ratio of scattered to primary X-rays is R=2,(1+R)=3. These conditions indicate a minimum number of X-ray photons of: N=2.61013[1/m2] and a surface dose of D=5.11012keV/kg=0.816103J/kg=0.816mGyusing1eV=1.61019J,and1J/kg=1Gy. What is the minimum number of incident photons and the minimum dose to visualize an object of volume 1mm3(x=1mm), with 1% contrast (C=0.01) through a body thickness of t=0.2m ? - The X-ray energy is E=50keV, - the image receptor efficiency is =0.3, - the peak to noise limit is k=5, - the attenuation coefficient for body tissue is 1=0.226cm1, - the attenuation coefficient of the object material is 2=0.256, - the mass-energy absorption coefficient for body tissue is (/)= 0.004m2kg1 - the ratio of scattered to primary X-rays is R=2,(1+R)=3. These conditions indicate a minimum number of X-ray photons of: N=2.61013[1/m2] and a surface dose of D=5.11012keV/kg=0.816103J/kg=0.816mGyusing1eV=1.61019J,and1J/kg=1Gy