Monochromator Ionization energy Homogeneous Detector Cup Optics Si- PIN L- shell Gaussian Optical path We get to do a calculation Wavelength dispersive Scattering Concentration Ppm Grinding Accuracy Fluorescence Resolution Analysis Someone sneezes Reproducibility Fusion MAC Multichannel analyzer Gamma rays There is a spelling mistake on the slide Siegbahn notation Goniometer Elemental analysis Bremsstrahlung Enhancement effect Data processing Metal Emission Analyzing crystal Energy dispersive First order reflection Graphite crystal Peak area Bragg’s law Matrix effect Absorption Rayleigh Radiation Heavy element Beads Dispersion Spectral line Moseley’s law We get to look up a table PANanlytical Diffraction crystal Sequential spectrometers Pellet Specimen Reference material X-ray tube Enhancement Chemometric Infinite thickness Collimeter Calibration Compton We get to do an experiment Auger Wavelength Standard deviation Sample preparation WD- XRF Signal to noise X- ray Sequential XRF Compound Limit of Detection Table top instrument Binding energy Rhodium (Rh) Vacancy Malvern Absorption edge Inner electron Counts per second M- shell Lecturer passes around samples Gadolinium (Gd) Gold (Au) Vacuum Monochromator Ionization energy Homogeneous Detector Cup Optics Si- PIN L- shell Gaussian Optical path We get to do a calculation Wavelength dispersive Scattering Concentration Ppm Grinding Accuracy Fluorescence Resolution Analysis Someone sneezes Reproducibility Fusion MAC Multichannel analyzer Gamma rays There is a spelling mistake on the slide Siegbahn notation Goniometer Elemental analysis Bremsstrahlung Enhancement effect Data processing Metal Emission Analyzing crystal Energy dispersive First order reflection Graphite crystal Peak area Bragg’s law Matrix effect Absorption Rayleigh Radiation Heavy element Beads Dispersion Spectral line Moseley’s law We get to look up a table PANanlytical Diffraction crystal Sequential spectrometers Pellet Specimen Reference material X-ray tube Enhancement Chemometric Infinite thickness Collimeter Calibration Compton We get to do an experiment Auger Wavelength Standard deviation Sample preparation WD- XRF Signal to noise X- ray Sequential XRF Compound Limit of Detection Table top instrument Binding energy Rhodium (Rh) Vacancy Malvern Absorption edge Inner electron Counts per second M- shell Lecturer passes around samples Gadolinium (Gd) Gold (Au) Vacuum
(Print) Use this randomly generated list as your call list when playing the game. 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.
O-Monochromator
I-Ionization energy
G-Homogeneous
O-Detector
N-Cup
O-Optics
I-Si-PIN
O-L-shell
N-Gaussian
G-Optical path
G-We get to do a calculation
I-Wavelength dispersive
I-Scattering
B-Concentration
G-Ppm
I-Grinding
N-Accuracy
G-Fluorescence
G-Resolution
G-Analysis
N-Someone sneezes
N-Reproducibility
O-Fusion
B-MAC
N-Multichannel analyzer
I-Gamma rays
N-There is a spelling mistake on the slide
O-Siegbahn notation
O-Goniometer
N-Elemental analysis
O-Bremsstrahlung
I-Enhancement effect
G-Data processing
G-Metal
G-Emission
O-Analyzing crystal
O-Energy dispersive
N-First order reflection
B-Graphite crystal
I-Peak area
G-Bragg’s law
N-Matrix effect
B-Absorption
B-Rayleigh
O-Radiation
N-Heavy element
I-Beads
I-Dispersion
O-Spectral line
B-Moseley’s law
B-We get to look up a table
B-PANanlytical
B-Diffraction crystal
N-Sequential spectrometers
N-Pellet
G-Specimen
I-Reference material
N-X-ray tube
B-Enhancement
I-Chemometric
O-Infinite thickness
N-Collimeter
B-Calibration
O-Compton
O-We get to do an experiment
B-Auger
B-Wavelength
B-Standard deviation
B-Sample preparation
N-WD-XRF
B-Signal to noise
I-X-ray
G-Sequential XRF
G-Compound
G-Limit of Detection
I-Table top instrument
N-Binding energy
O-Rhodium (Rh)
G-Vacancy
I-Malvern
I-Absorption edge
B-Inner electron
I-Counts per second
I-M-shell
N-Lecturer passes around samples
B-Gadolinium (Gd)
G-Gold (Au)
O-Vacuum