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