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