LIBS Info: Element Analysis

Title	Authors	Material	Detector	Spectrometer	Software
Determination of boron with molecular emission using laser-induced breakdown spectroscopy combined with laser-induced radical fluorescence	X.Y. Li, X.Y. Zeng, Y.F. Lu, Z.Q. Hao, S.S. Tang, Y. Tang, J.M. Li, Z.H. Zhu, L.B. Guo	Boron	Princeton Instruments ICCD Max	IsoPlane SCT 320
Laser:	Nd:YAG 1064.0000nm 60.0000mJ 10.000Hz
Gate Delay:	5.000us
Gate Width:	50.000us
In this paper the authors utilise LIBS, and several LIBS-LIF (molecular) techniques to improve LIBS detection limits

LOD
RMSEP

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Element	Detection Limit (ppm)	Wavelength (nm)	Other Wavelengths (nm)	Calibration Method	Calibration Range (ppm)	Notes
B	2239.0000 (Calibration Curve Slope)	255.1400	N/A	Univariate	17480.0000-130984.0000	LIF (pumping a transition from a BO (molecular) excited state) is used on a LIBS plasma is utilised for this result. Samples are synthetically produced pressed pellets
B	993.0000 (Calibration Curve Slope)	255.1400	N/A	Univariate	17480.0000-130984.0000	LIF (pumping a transition from a BO (molecular) ground state) is used on a LIBS plasma is utilised for this result. Samples are synthetically produced pressed pellets
B	12397.0000 (Calibration Curve Slope)	255.1400	N/A	Univariate	17480.0000-130984.0000	Boron Oxide (BO) molecular transition used for detection on synthetic pressed pellet samples

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Element	RMSE (ppm)	Wavelength (nm)	Calibration Method	Notes
B	0.2514 %	255.1400	Univariate Calibration	LIBS-LIF, using molecular transition from excited state on synthetic pressed pellet samples
B	0.5158 %	255.1400	Univariate Calibration	LIBS-LIF, using molecular transition from ground state on synthetic pressed pellet samples
B	0.8755 %	255.1400	Univariate Calibration	Standard LIBS on synthetic pressed pellet samples

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