LowerradiationdoseDecreasescatter andrandomevents in 2DmodeFelixBloch andEdwardPurcellBremsstrahlungandcharacteristictungsten x-raysAttenuationcorrectionTruncationSpecificAbsorptionRate(SAR)Becauseeachcrystal istoo smallCerium(Ce)BOLDsignalPaulLauterburShort-light decaytime, high atomicnumber, density,and high lightyield compared toNaI(Tl)Decreasescatter andrandomevents in 2DmodeMolecularmotion ofwaterIt magnifiesthe imageand providesfiner detailThey'redisrupted byMRI’smagneticfieldStandardizeduptakevalues(SUVs)Characterizationand correctioncalibrationsSiliconphotomultipliers(SiPMs)The decay oftransversemagnetizationThe recoveryof longitudinalmagnetization.The highest-energyphotonproduced (inkeV)Thenumber ofx-raysproducedHydrogenLowerradiationdoseDecreasescatter andrandomevents in 2DmodeFelixBloch andEdwardPurcellBremsstrahlungandcharacteristictungsten x-raysAttenuationcorrectionTruncationSpecificAbsorptionRate(SAR)Becauseeachcrystal istoo smallCerium(Ce)BOLDsignalPaulLauterburShort-light decaytime, high atomicnumber, density,and high lightyield compared toNaI(Tl)Decreasescatter andrandomevents in 2DmodeMolecularmotion ofwaterIt magnifiesthe imageand providesfiner detailThey'redisrupted byMRI’smagneticfieldStandardizeduptakevalues(SUVs)Characterizationand correctioncalibrationsSiliconphotomultipliers(SiPMs)The decay oftransversemagnetizationThe recoveryof longitudinalmagnetization.The highest-energyphotonproduced (inkeV)Thenumber ofx-raysproducedHydrogen

New Material - Call List

(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.


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  1. Lower radiation dose
  2. Decrease scatter and random events in 2D mode
  3. Felix Bloch and Edward Purcell
  4. Bremsstrahlung and characteristic tungsten x-rays
  5. Attenuation correction
  6. Truncation
  7. Specific Absorption Rate (SAR)
  8. Because each crystal is too small
  9. Cerium (Ce)
  10. BOLD signal
  11. Paul Lauterbur
  12. Short-light decay time, high atomic number, density, and high light yield compared to NaI(Tl)
  13. Decrease scatter and random events in 2D mode
  14. Molecular motion of water
  15. It magnifies the image and provides finer detail
  16. They're disrupted by MRI’s magnetic field
  17. Standardized uptake values (SUVs)
  18. Characterization and correction calibrations
  19. Silicon photomultipliers (SiPMs)
  20. The decay of transverse magnetization
  21. The recovery of longitudinal magnetization.
  22. The highest-energy photon produced (in keV)
  23. The number of x-rays produced
  24. Hydrogen