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