Wavelength dispersive Specimen Beads Resolution Counts per second Elemental analysis Reproducibility Chemometric Metal Scattering Enhancement Data processing Normalization Monochromator Enhancement effect Si- PIN We get to look up a table Optical path Energy dispersive X-ray tube X- ray Tin (Sn) Someone sneezes Diffraction crystal We get to do an experiment Bremsstrahlung Analysis Calibration MAC Absorption We get to do a calculation Compton M- shell Sequential spectrometers Spectrum Limit of Quantitation Sample preparation WD- XRF Standard deviation Sensitivity Rhodium (Rh) Accuracy First order reflection Analyzing crystal Dispersion ED- XRF Moseley’s law Detector Signal to noise Vacuum Multichannel analyzer Cup Absorption edge Concentration Spectrometer Spectral line Binding energy We are at slide 48 Emission Auger We are at slide 22 Wavelength Sequential XRF Siegbahn notation Lecturer passes around samples Collimeter Malvern Electron Bragg’s law Loss of ignition (LOI) Vacancy Reference material L- shell Compound Spinner Table top instrument Limit of Detection Electron Matrix effect There is a spelling mistake on the slide Wavelength dispersive Specimen Beads Resolution Counts per second Elemental analysis Reproducibility Chemometric Metal Scattering Enhancement Data processing Normalization Monochromator Enhancement effect Si- PIN We get to look up a table Optical path Energy dispersive X-ray tube X- ray Tin (Sn) Someone sneezes Diffraction crystal We get to do an experiment Bremsstrahlung Analysis Calibration MAC Absorption We get to do a calculation Compton M- shell Sequential spectrometers Spectrum Limit of Quantitation Sample preparation WD- XRF Standard deviation Sensitivity Rhodium (Rh) Accuracy First order reflection Analyzing crystal Dispersion ED- XRF Moseley’s law Detector Signal to noise Vacuum Multichannel analyzer Cup Absorption edge Concentration Spectrometer Spectral line Binding energy We are at slide 48 Emission Auger We are at slide 22 Wavelength Sequential XRF Siegbahn notation Lecturer passes around samples Collimeter Malvern Electron Bragg’s law Loss of ignition (LOI) Vacancy Reference material L- shell Compound Spinner Table top instrument Limit of Detection Electron Matrix effect There is a spelling mistake on the slide
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Wavelength dispersive
Specimen
Beads
Resolution
Counts per second
Elemental analysis
Reproducibility
Chemometric
Metal
Scattering
Enhancement
Data processing
Normalization
Monochromator
Enhancement effect
Si-PIN
We get to look up a table
Optical path
Energy dispersive
X-ray tube
X-ray
Tin (Sn)
Someone sneezes
Diffraction crystal
We get to do an experiment
Bremsstrahlung
Analysis
Calibration
MAC
Absorption
We get to do a calculation
Compton
M-shell
Sequential spectrometers
Spectrum
Limit of Quantitation
Sample preparation
WD-XRF
Standard deviation
Sensitivity
Rhodium (Rh)
Accuracy
First order reflection
Analyzing crystal
Dispersion
ED-XRF
Moseley’s law
Detector
Signal to noise
Vacuum
Multichannel analyzer
Cup
Absorption edge
Concentration
Spectrometer
Spectral line
Binding energy
We are at slide 48
Emission
Auger
We are at slide 22
Wavelength
Sequential XRF
Siegbahn notation
Lecturer passes around samples
Collimeter
Malvern
Electron
Bragg’s law
Loss of ignition (LOI)
Vacancy
Reference material
L-shell
Compound
Spinner
Table top instrument
Limit of Detection
Electron
Matrix effect
There is a spelling mistake on the slide