X-ray tube Table top instrument There is a spelling mistake on the slide Data processing Spinner Sample preparation Signal to noise Scattering Multichannel analyzer Collimeter Reproducibility Sensitivity X- ray We are at slide 22 Spectral line First order reflection Standard deviation Bremsstrahlung Vacuum We are at slide 48 Limit of Detection Diffraction crystal Loss of ignition (LOI) Concentration Reference material Wavelength dispersive Binding energy Spectrum Specimen Metal Optical path Electron L- shell Chemometric Counts per second Elemental analysis Analyzing crystal Bragg’s law Spectrometer Limit of Quantitation Energy dispersive Monochromator Cup M- shell Emission Siegbahn notation Enhancement effect ED- XRF We get to look up a table Electron Compton Resolution Normalization Dispersion Beads Compound Si- PIN Rhodium (Rh) Absorption WD- XRF Detector Accuracy Calibration Sequential spectrometers Vacancy Enhancement We get to do a calculation Someone sneezes Lecturer passes around samples Wavelength Absorption edge Analysis MAC Malvern Moseley’s law Matrix effect Tin (Sn) We get to do an experiment Sequential XRF Auger X-ray tube Table top instrument There is a spelling mistake on the slide Data processing Spinner Sample preparation Signal to noise Scattering Multichannel analyzer Collimeter Reproducibility Sensitivity X- ray We are at slide 22 Spectral line First order reflection Standard deviation Bremsstrahlung Vacuum We are at slide 48 Limit of Detection Diffraction crystal Loss of ignition (LOI) Concentration Reference material Wavelength dispersive Binding energy Spectrum Specimen Metal Optical path Electron L- shell Chemometric Counts per second Elemental analysis Analyzing crystal Bragg’s law Spectrometer Limit of Quantitation Energy dispersive Monochromator Cup M- shell Emission Siegbahn notation Enhancement effect ED- XRF We get to look up a table Electron Compton Resolution Normalization Dispersion Beads Compound Si- PIN Rhodium (Rh) Absorption WD- XRF Detector Accuracy Calibration Sequential spectrometers Vacancy Enhancement We get to do a calculation Someone sneezes Lecturer passes around samples Wavelength Absorption edge Analysis MAC Malvern Moseley’s law Matrix effect Tin (Sn) We get to do an experiment Sequential XRF Auger
(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.
X-ray tube
Table top instrument
There is a spelling mistake on the slide
Data processing
Spinner
Sample preparation
Signal to noise
Scattering
Multichannel analyzer
Collimeter
Reproducibility
Sensitivity
X-ray
We are at slide 22
Spectral line
First order reflection
Standard deviation
Bremsstrahlung
Vacuum
We are at slide 48
Limit of Detection
Diffraction crystal
Loss of ignition (LOI)
Concentration
Reference material
Wavelength dispersive
Binding energy
Spectrum
Specimen
Metal
Optical path
Electron
L-shell
Chemometric
Counts per second
Elemental analysis
Analyzing crystal
Bragg’s law
Spectrometer
Limit of Quantitation
Energy dispersive
Monochromator
Cup
M-shell
Emission
Siegbahn notation
Enhancement effect
ED-XRF
We get to look up a table
Electron
Compton
Resolution
Normalization
Dispersion
Beads
Compound
Si-PIN
Rhodium (Rh)
Absorption
WD-XRF
Detector
Accuracy
Calibration
Sequential spectrometers
Vacancy
Enhancement
We get to do a calculation
Someone sneezes
Lecturer passes around samples
Wavelength
Absorption edge
Analysis
MAC
Malvern
Moseley’s law
Matrix effect
Tin (Sn)
We get to do an experiment
Sequential XRF
Auger