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