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