True Read Interpolation Histogram Erase Pincushion & Barrel Laser Beam Beam Shaping Optics Inversely Proportional Illuminance Amorphous Selenium Better Photoconductor Luminance Intensity Spatial Resolution DQE Reader Directly Proportional False Expose PSL Liver Artifacts Focal Spot Size Bone 1 lp/mm Flat Panel Display Measurements Spatial Frequency Histograms IR needs replacing Dose Creep Spatial Resolution MTF Higher Direct Conversion True True Luminance Lower Technologist Creep Backscatter CCD Half mAs Mammography Photodiode SMPTE Coupling Element 12 bit Lumen Diffuse Decrease kVp by 50% Decrease mAs by 50% Increased Brightness Partitioning Computed Tomography 80% Reflection Pixels Sampling 16 bit Double mAs Acceptable Brightness Volume of Tissue Exposure Linearity Digital Imaging & Communications Look Up Table 20% Luminance Presentation Automatic Rescaling Lossless Yes Computer Flatfielding Cesium Iodide Exposure Reproducibility Telescopic Range No Film Screen SNR Scanned Projection Radiography DQE Spatial Lossy Charged Coupled Device Digital Artifacts False AAPM TG 16 Stimulate True Amorphous Silicon False Filtration Beam Quality Decrease AAPM TG 18 Specular GSDF Luminance Increase DICOM Decreased Brightness Luminance Flux Indirect Conversion AAPM 10,000 False Near Range Photometry False Geometric Distortion Capture Element Contrast Resolution DIN 2001 Worse Brightness 100,000 Computed Radiography False Quantization True CCD Software Thin Film Transistor True True Read Interpolation Histogram Erase Pincushion & Barrel Laser Beam Beam Shaping Optics Inversely Proportional Illuminance Amorphous Selenium Better Photoconductor Luminance Intensity Spatial Resolution DQE Reader Directly Proportional False Expose PSL Liver Artifacts Focal Spot Size Bone 1 lp/mm Flat Panel Display Measurements Spatial Frequency Histograms IR needs replacing Dose Creep Spatial Resolution MTF Higher Direct Conversion True True Luminance Lower Technologist Creep Backscatter CCD Half mAs Mammography Photodiode SMPTE Coupling Element 12 bit Lumen Diffuse Decrease kVp by 50% Decrease mAs by 50% Increased Brightness Partitioning Computed Tomography 80% Reflection Pixels Sampling 16 bit Double mAs Acceptable Brightness Volume of Tissue Exposure Linearity Digital Imaging & Communications Look Up Table 20% Luminance Presentation Automatic Rescaling Lossless Yes Computer Flatfielding Cesium Iodide Exposure Reproducibility Telescopic Range No Film Screen SNR Scanned Projection Radiography DQE Spatial Lossy Charged Coupled Device Digital Artifacts False AAPM TG 16 Stimulate True Amorphous Silicon False Filtration Beam Quality Decrease AAPM TG 18 Specular GSDF Luminance Increase DICOM Decreased Brightness Luminance Flux Indirect Conversion AAPM 10,000 False Near Range Photometry False Geometric Distortion Capture Element Contrast Resolution DIN 2001 Worse Brightness 100,000 Computed Radiography False Quantization True CCD Software Thin Film Transistor True
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
True
Read
Interpolation
Histogram
Erase
Pincushion & Barrel
Laser Beam
Beam Shaping Optics
Inversely Proportional
Illuminance
Amorphous Selenium
Better
Photoconductor
Luminance Intensity
Spatial Resolution
DQE
Reader
Directly Proportional
False
Expose
PSL
Liver
Artifacts
Focal Spot Size
Bone
1 lp/mm
Flat Panel Display Measurements
Spatial Frequency
Histograms
IR needs replacing
Dose Creep
Spatial Resolution
MTF
Higher
Direct Conversion
True
True
Luminance
Lower
Technologist Creep
Backscatter
CCD
Half mAs
Mammography
Photodiode
SMPTE
Coupling Element
12 bit
Lumen
Diffuse
Decrease kVp by 50%
Decrease mAs by 50%
Increased Brightness
Partitioning
Computed Tomography
80%
Reflection
Pixels
Sampling
16 bit
Double mAs
Acceptable Brightness
Volume of Tissue
Exposure Linearity
Digital Imaging & Communications
Look Up Table
20%
Luminance
Presentation
Automatic Rescaling
Lossless
Yes
Computer
Flatfielding
Cesium Iodide
Exposure Reproducibility
Telescopic Range
No
Film Screen
SNR
Scanned Projection Radiography
DQE
Spatial
Lossy
Charged Coupled Device
Digital Artifacts
False
AAPM TG 16
Stimulate
True
Amorphous Silicon
False
Filtration Beam Quality
Decrease
AAPM TG 18
Specular
GSDF
Luminance
Increase
DICOM
Decreased Brightness
Luminance Flux
Indirect Conversion
AAPM
10,000
False
Near Range
Photometry
False
Geometric Distortion
Capture Element
Contrast Resolution
DIN 2001
Worse
Brightness
100,000
Computed Radiography
False
Quantization
True
CCD
Software
Thin Film Transistor
True