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Biomedical Sciences: Roentgenology-Radiology: Radiology Technology
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By Quinn B. Carroll
Published 2014 (2nd edition)

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978-0-398-08121-8   CD-ROM $299.95
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By Quinn B. Carroll
Published 2014
By Quinn B. Carroll
Published 2014
By Quinn B. Carroll
Published 2014

The Instructor Resources to accompany Radiography in the Digital Age (2nd Ed.) is designed to be an optimal resource for instructors. It includes a bank of over 1500 multiple-choice questions for instructors’ use, covering at least four full courses in the typical radiography curriculum. Complete answer keys are provided for the multiple-choice question banks, the entire student workbook, and all chapter review questions in the textbook. The manual also includes 15 laboratory exercises specifically demonstrating the applications of CR equipment, and 20 other laboratory exercises for equipment and radiation protection to enhance the student’s learning experience. The laboratory exercises provide full guidance to the instructor and clear instructions for the student. Combined with the textbook, this valuable resource supports a state-of-the-art curriculum for radiography education in the digital age.

System Requirements
PC and OSX Compatible
A computer with a processor running at 120 Mhz or faster. 
At least 32 MB of total RAM installed on your computer; for best performance, we recommend at least 64 MB
A CD-Rom drive

I. Answer Keys to Chapter Review Questions
II. Answer Keys to the Student Workbook
III.  Multiple Choice Question Banks by Chapter  
IV.  Answer Keys to Multiple Choice Questions    
V.  Laboratory Exercises:

A. Radiography Concepts
  Lab #1: Adequate Penetration and kVp
  Lab #2: Grid Cut-Off
  Lab #3: Focal Spot Size and Sharpness of Detail
  Lab #4: SID Vs. Magnification and Sharpness
  Lab #5: OID Vs. Magnification and Sharpness
  Lab #6: Distance Ratios Vs. Magnification and Sharpness
  Lab #7: Beam-Part-Receptor Alignment and Distortion

B. Digital Radiography (CR or DR)

  Lab#1: Estimating the Speed Class Setting of a Digital Unit
  Lab#2: Resolution: Film/Screen Systems Vs. Digital
  Lab#3: Exposure Parameters Using mAs
  Lab#4: Effects of Technique on the Histogram
  Lab#5: Effects of kVp on the Digital Image
  Lab#6: Sensitivity of CR Plates and Processing to Scatter and Background Radiation
  Lab#7: Resilience of Digital Processing to Scatter Radiation Caused During Exposure
  Lab#8: Attempts to Induce Segmentation Failure
  Lab#9: Attempts to Induce Histogram Analysis Failure
  Lab#10: Effects of the Displayed Field of View
  Lab#11: Digital Processing Features
  Lab#12: Employing Alternate Algorithms
  Lab#13: CR Phosphor Plate Size and Sharpness
  Lab#14: Attempt to Induce Aliasing Artifacts
  Lab#15: Attempts to Corrupt the Exposure Indicator  -by Dennis Bowman

C. Quality Control

  Lab#1: Timer Quality Control Tests
  Lab#2: mA Linearity Test
  Lab#3: Exposure Reproducibility Test
  Lab#4: Focal Spot Size Test and Blooming (Demonstration)
  Lab#5: Beam Alignment and Field Size Accuracy

D. Radiation Protection

  Lab#1: Dose Rate and Integrated Dose Vs. mA
  Lab#2: Radiation Measuring Devices
  Lab#3: Resolving Time and Voltage Response
  Lab#4: Half-Value Layer: Filtration and kVp
  Lab#5: Shielding: Lead Aprons
  Lab#6: Exposure Levels and Barriers
  Lab#7: X-Ray Tube Leakage
  Lab#8: Scatter Exposure to Personnel Vs. Location  -by Dennis Bowman

E. Radiography Concepts Labs for Film/Screen Equipment

  General Instructions for Labs
  Lab Practice #1: Determining Density and Contrast Changes
  Lab #1: mAs
  Lab #2: Adequate Penetration
  Lab #3: kVp
  Lab #4: 15 Percent Rule for kVp
  Lab #5: Machine Phase
  Lab #6: Field Size Limitation
  Lab #7: Grids
  Lab #8: Grid Cut-Off
  Lab Practice #2: Measuring Sharpness, Magnification and Distortion
  Lab #9: Intensifying Screen Emission
  Lab #10: Intensifying Screens
  Lab #11: Focal Spot Size
  Lab #12: Anode Heel Effect
  Lab #13: SID
  Lab #14: OID
  Lab #15: SID/OID Ratio
  Lab #16 Beam-Part-Film Alignment


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