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