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