Gadolinium (Gd) Standard deviation Emission Enhancement effect Chemometric Normalization Grinding Spectrometer Moseley’s law Rayleigh Ppm Beads Pellet Fusion Spectral line Peak area Infinite thickness Compound Dispersion Powder First order reflection Collimeter Optical path Optics Accuracy Rhodium (Rh) Multichannel analyzer Analyzing crystal Gaussian Bremsstrahlung Signal to noise Concentration PANanlytical Goniometer Sequential spectrometers ED- XRF Electron Enhancement Data processing K series Limit of Quantitation Gamma rays Someone sneezes Quantitative analysis Reference material Bragg’s law Limit of Detection Absorption edge L series Spinner Sensitivity Binding energy Auger L- shell Sample preparation Diffraction crystal Table top instrument Si- PIN Siegbahn notation MAC Ionization energy Counts per second Matrix effect Detector Spectrum Scattering Inner electron Qualitative analysis Elemental analysis Fluorescence Calibration Cup K- alpha Malvern Energy dispersive Sequential XRF Specimen Heavy element Metal Gold (Au) Lecturer passes around samples Compton Electron M- shell Graphite crystal Analysis Loss of ignition (LOI) Resolution Reproducibility Polarization Radiation Homogeneous Iron (Fe) Monochromator Absorption Gadolinium (Gd) Standard deviation Emission Enhancement effect Chemometric Normalization Grinding Spectrometer Moseley’s law Rayleigh Ppm Beads Pellet Fusion Spectral line Peak area Infinite thickness Compound Dispersion Powder First order reflection Collimeter Optical path Optics Accuracy Rhodium (Rh) Multichannel analyzer Analyzing crystal Gaussian Bremsstrahlung Signal to noise Concentration PANanlytical Goniometer Sequential spectrometers ED- XRF Electron Enhancement Data processing K series Limit of Quantitation Gamma rays Someone sneezes Quantitative analysis Reference material Bragg’s law Limit of Detection Absorption edge L series Spinner Sensitivity Binding energy Auger L- shell Sample preparation Diffraction crystal Table top instrument Si- PIN Siegbahn notation MAC Ionization energy Counts per second Matrix effect Detector Spectrum Scattering Inner electron Qualitative analysis Elemental analysis Fluorescence Calibration Cup K- alpha Malvern Energy dispersive Sequential XRF Specimen Heavy element Metal Gold (Au) Lecturer passes around samples Compton Electron M- shell Graphite crystal Analysis Loss of ignition (LOI) Resolution Reproducibility Polarization Radiation Homogeneous Iron (Fe) Monochromator Absorption
(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.
Gadolinium (Gd)
Standard deviation
Emission
Enhancement effect
Chemometric
Normalization
Grinding
Spectrometer
Moseley’s law
Rayleigh
Ppm
Beads
Pellet
Fusion
Spectral line
Peak area
Infinite thickness
Compound
Dispersion
Powder
First order reflection
Collimeter
Optical path
Optics
Accuracy
Rhodium (Rh)
Multichannel analyzer
Analyzing crystal
Gaussian
Bremsstrahlung
Signal to noise
Concentration
PANanlytical
Goniometer
Sequential spectrometers
ED-XRF
Electron
Enhancement
Data processing
K series
Limit of Quantitation
Gamma rays
Someone sneezes
Quantitative analysis
Reference material
Bragg’s law
Limit of Detection
Absorption edge
L series
Spinner
Sensitivity
Binding energy
Auger
L-shell
Sample preparation
Diffraction crystal
Table top instrument
Si-PIN
Siegbahn notation
MAC
Ionization energy
Counts per second
Matrix effect
Detector
Spectrum
Scattering
Inner electron
Qualitative analysis
Elemental analysis
Fluorescence
Calibration
Cup
K-alpha
Malvern
Energy dispersive
Sequential XRF
Specimen
Heavy element
Metal
Gold (Au)
Lecturer passes around samples
Compton
Electron
M-shell
Graphite crystal
Analysis
Loss of ignition (LOI)
Resolution
Reproducibility
Polarization
Radiation
Homogeneous
Iron (Fe)
Monochromator
Absorption