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