Photodiode Technologist Creep Histogram Read Thin Film Transistor True Specular Interpolation Sampling Reflection Quantization True Charged Coupled Device IR needs replacing False GSDF 10,000 False Higher Scanned Projection Radiography Luminance Yes Digital Artifacts Brightness True Luminance False Decrease mAs by 50% Diffuse Artifacts Automatic Rescaling Computer Reader Backscatter No Telescopic Range Computed Tomography Volume of Tissue DICOM 16 bit Decrease Presentation Luminance Flux Mammography MTF Lumen Amorphous Selenium Illuminance Spatial Resolution Digital Imaging & Communications DIN 2001 Spatial Frequency SNR Computed Radiography 12 bit Look Up Table False 1 lp/mm Coupling Element Increase False Pincushion & Barrel Half mAs AAPM Capture Element Amorphous Silicon 20% Lossless Indirect Conversion DQE Decrease kVp by 50% Erase Contrast Resolution Histograms AAPM TG 16 Cesium Iodide Decreased Brightness Filtration Beam Quality Photometry Flat Panel Display Measurements Inversely Proportional Film Screen Spatial Resolution CCD Dose Creep CCD SMPTE Spatial Beam Shaping Optics Stimulate True Photoconductor Exposure Linearity Acceptable Brightness Focal Spot Size Geometric Distortion 80% Flatfielding Near Range Increased Brightness Lower Lossy Partitioning Direct Conversion True Laser Beam AAPM TG 18 100,000 Directly Proportional Better False DQE Expose Luminance Intensity Exposure Reproducibility Worse Pixels Software Luminance Double mAs Liver PSL True Bone Photodiode Technologist Creep Histogram Read Thin Film Transistor True Specular Interpolation Sampling Reflection Quantization True Charged Coupled Device IR needs replacing False GSDF 10,000 False Higher Scanned Projection Radiography Luminance Yes Digital Artifacts Brightness True Luminance False Decrease mAs by 50% Diffuse Artifacts Automatic Rescaling Computer Reader Backscatter No Telescopic Range Computed Tomography Volume of Tissue DICOM 16 bit Decrease Presentation Luminance Flux Mammography MTF Lumen Amorphous Selenium Illuminance Spatial Resolution Digital Imaging & Communications DIN 2001 Spatial Frequency SNR Computed Radiography 12 bit Look Up Table False 1 lp/mm Coupling Element Increase False Pincushion & Barrel Half mAs AAPM Capture Element Amorphous Silicon 20% Lossless Indirect Conversion DQE Decrease kVp by 50% Erase Contrast Resolution Histograms AAPM TG 16 Cesium Iodide Decreased Brightness Filtration Beam Quality Photometry Flat Panel Display Measurements Inversely Proportional Film Screen Spatial Resolution CCD Dose Creep CCD SMPTE Spatial Beam Shaping Optics Stimulate True Photoconductor Exposure Linearity Acceptable Brightness Focal Spot Size Geometric Distortion 80% Flatfielding Near Range Increased Brightness Lower Lossy Partitioning Direct Conversion True Laser Beam AAPM TG 18 100,000 Directly Proportional Better False DQE Expose Luminance Intensity Exposure Reproducibility Worse Pixels Software Luminance Double mAs Liver PSL True Bone
(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.
Photodiode
Technologist Creep
Histogram
Read
Thin Film Transistor
True
Specular
Interpolation
Sampling
Reflection
Quantization
True
Charged Coupled Device
IR needs replacing
False
GSDF
10,000
False
Higher
Scanned Projection Radiography
Luminance
Yes
Digital Artifacts
Brightness
True
Luminance
False
Decrease mAs by 50%
Diffuse
Artifacts
Automatic Rescaling
Computer
Reader
Backscatter
No
Telescopic Range
Computed Tomography
Volume of Tissue
DICOM
16 bit
Decrease
Presentation
Luminance Flux
Mammography
MTF
Lumen
Amorphous Selenium
Illuminance
Spatial Resolution
Digital Imaging & Communications
DIN 2001
Spatial Frequency
SNR
Computed Radiography
12 bit
Look Up Table
False
1 lp/mm
Coupling Element
Increase
False
Pincushion & Barrel
Half mAs
AAPM
Capture Element
Amorphous Silicon
20%
Lossless
Indirect Conversion
DQE
Decrease kVp by 50%
Erase
Contrast Resolution
Histograms
AAPM TG 16
Cesium Iodide
Decreased Brightness
Filtration Beam Quality
Photometry
Flat Panel Display Measurements
Inversely Proportional
Film Screen
Spatial Resolution
CCD
Dose Creep
CCD
SMPTE
Spatial
Beam Shaping Optics
Stimulate
True
Photoconductor
Exposure Linearity
Acceptable Brightness
Focal Spot Size
Geometric Distortion
80%
Flatfielding
Near Range
Increased Brightness
Lower
Lossy
Partitioning
Direct Conversion
True
Laser Beam
AAPM TG 18
100,000
Directly Proportional
Better
False
DQE
Expose
Luminance Intensity
Exposure Reproducibility
Worse
Pixels
Software
Luminance
Double mAs
Liver
PSL
True
Bone