LecturerpassesaroundsamplesResolutionCollimeterX-raytubeMalvernGoniometerWD-XRFEmissionSequentialspectrometersPpmIonizationenergyCupReproducibilityCountspersecondChemometricBremsstrahlungAbsorptionMatrixeffectElementalanalysisGraphitecrystalLimit ofQuantitationVacancyAccuracyMonochromatorWavelengthSpectrometerSequentialXRFSpectrallineMetalAnalysisRhodium(Rh)Gold(Au)keVRayleighSpectrumStandarddeviationX-rayWe get tolook up atableSiegbahnnotationOpticsAbsorptionedgeWavelengthdispersiveHeavyelementConcentrationK-betaDataprocessingEnhancementVacuumEnergydispersiveMoseley’slawLimit ofDetectionBeadsGrindingKseriesSignaltonoiseDiffractioncrystalPelletAugerK-alphaQualitativeanalysisFusionDetectorL-shellInnerelectronGaussianTin(Sn)We get todo acalculationGammaraysIron(Fe)ComptonMACWe areat slide48Loss ofignition(LOI)M-shellFluorescenceED-XRFBragg’slawPANanlyticalRadiationSi-PINMultichannelanalyzerElectronPowderPeakareaSensitivityThere is aspellingmistake onthe slideReferencematerialWe get todo anexperimentSomeonesneezesSpinnerSamplepreparationEnhancementeffectQuantitativeanalysisOpticalpathDispersionBindingenergyCalibrationLseriesInfinitethicknessGadolinium(Gd)HomogeneousAnalyzingcrystalElectronCompoundScatteringPolarizationNormalizationSpecimenFirstorderreflectionTable topinstrumentWe areat slide22LecturerpassesaroundsamplesResolutionCollimeterX-raytubeMalvernGoniometerWD-XRFEmissionSequentialspectrometersPpmIonizationenergyCupReproducibilityCountspersecondChemometricBremsstrahlungAbsorptionMatrixeffectElementalanalysisGraphitecrystalLimit ofQuantitationVacancyAccuracyMonochromatorWavelengthSpectrometerSequentialXRFSpectrallineMetalAnalysisRhodium(Rh)Gold(Au)keVRayleighSpectrumStandarddeviationX-rayWe get tolook up atableSiegbahnnotationOpticsAbsorptionedgeWavelengthdispersiveHeavyelementConcentrationK-betaDataprocessingEnhancementVacuumEnergydispersiveMoseley’slawLimit ofDetectionBeadsGrindingKseriesSignaltonoiseDiffractioncrystalPelletAugerK-alphaQualitativeanalysisFusionDetectorL-shellInnerelectronGaussianTin(Sn)We get todo acalculationGammaraysIron(Fe)ComptonMACWe areat slide48Loss ofignition(LOI)M-shellFluorescenceED-XRFBragg’slawPANanlyticalRadiationSi-PINMultichannelanalyzerElectronPowderPeakareaSensitivityThere is aspellingmistake onthe slideReferencematerialWe get todo anexperimentSomeonesneezesSpinnerSamplepreparationEnhancementeffectQuantitativeanalysisOpticalpathDispersionBindingenergyCalibrationLseriesInfinitethicknessGadolinium(Gd)HomogeneousAnalyzingcrystalElectronCompoundScatteringPolarizationNormalizationSpecimenFirstorderreflectionTable topinstrumentWe areat slide22

Malvern PANalytical - 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. Lecturer passes around samples
  2. Resolution
  3. Collimeter
  4. X-ray tube
  5. Malvern
  6. Goniometer
  7. WD-XRF
  8. Emission
  9. Sequential spectrometers
  10. Ppm
  11. Ionization energy
  12. Cup
  13. Reproducibility
  14. Counts per second
  15. Chemometric
  16. Bremsstrahlung
  17. Absorption
  18. Matrix effect
  19. Elemental analysis
  20. Graphite crystal
  21. Limit of Quantitation
  22. Vacancy
  23. Accuracy
  24. Monochromator
  25. Wavelength
  26. Spectrometer
  27. Sequential XRF
  28. Spectral line
  29. Metal
  30. Analysis
  31. Rhodium (Rh)
  32. Gold (Au)
  33. keV
  34. Rayleigh
  35. Spectrum
  36. Standard deviation
  37. X-ray
  38. We get to look up a table
  39. Siegbahn notation
  40. Optics
  41. Absorption edge
  42. Wavelength dispersive
  43. Heavy element
  44. Concentration
  45. K-beta
  46. Data processing
  47. Enhancement
  48. Vacuum
  49. Energy dispersive
  50. Moseley’s law
  51. Limit of Detection
  52. Beads
  53. Grinding
  54. K series
  55. Signal to noise
  56. Diffraction crystal
  57. Pellet
  58. Auger
  59. K-alpha
  60. Qualitative analysis
  61. Fusion
  62. Detector
  63. L-shell
  64. Inner electron
  65. Gaussian
  66. Tin (Sn)
  67. We get to do a calculation
  68. Gamma rays
  69. Iron (Fe)
  70. Compton
  71. MAC
  72. We are at slide 48
  73. Loss of ignition (LOI)
  74. M-shell
  75. Fluorescence
  76. ED-XRF
  77. Bragg’s law
  78. PANanlytical
  79. Radiation
  80. Si-PIN
  81. Multichannel analyzer
  82. Electron
  83. Powder
  84. Peak area
  85. Sensitivity
  86. There is a spelling mistake on the slide
  87. Reference material
  88. We get to do an experiment
  89. Someone sneezes
  90. Spinner
  91. Sample preparation
  92. Enhancement effect
  93. Quantitative analysis
  94. Optical path
  95. Dispersion
  96. Binding energy
  97. Calibration
  98. L series
  99. Infinite thickness
  100. Gadolinium (Gd)
  101. Homogeneous
  102. Analyzing crystal
  103. Electron
  104. Compound
  105. Scattering
  106. Polarization
  107. Normalization
  108. Specimen
  109. First order reflection
  110. Table top instrument
  111. We are at slide 22