LIBS Info: Pr Analysis

Find out more about how these are calculated here

Peaks
Papers
- LOD
- RMSEP

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Wavelength	Ionisation	A (10^8 s^-1)	gUpper	gLower	eUpper	eLower	Intensity (long)	Intensity (short)	Source
422.5317	2	0.5357	9	9	2.934	0.000	4.132e-04	6.638e-05	Link
422.2934	2	0.3879	13	11	2.990	0.055	3.620e-04	6.182e-05	Link
417.9393	2	0.5195	15	13	3.170	0.204	3.197e-04	6.599e-05	Link
390.8428	2	0.8928	7	9	3.172	0.000	2.555e-04	5.280e-05	Link
406.2805	2	1.0	15	13	3.473	0.422	2.462e-04	6.846e-05	Link
414.3112	2	0.5872	17	15	3.364	0.372	2.273e-04	5.694e-05	Link
399.4791	2	0.5843	9	11	3.158	0.055	2.243e-04	4.570e-05	Link
440.8819	2	0.1552	11	9	2.812	0.000	2.152e-04	3.023e-05	Link
525.9728	2	0.2229	13	15	2.990	0.633	2.080e-04	3.552e-05	Link
418.9479	2	0.5182	15	15	3.331	0.372	1.956e-04	4.744e-05	Link

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LOD (ppm)	Wavelength (nm)	Title	Authors	Material	Detector/Spectrometer/Software	Source
0.7300	422.2900	Simultaneous determination of La, Ce, Pr, and Nd elements in aqueous solution using surfaceenhanced laser-induced breakdown spectroscopy	Rongxing Yi, Y.F. Lu, X.Y. Zeng, X.Y. Li, L.B. Guo, J.M. Li, Rongxing Yi, Meng Shen, Z.Q. Hao, Xin Yan Yang	Liquids	ICCD/Not Known/	Link
60.0000	417.9400	Laser Emission Spectrography of Rare Earth Elements	Toshio Ishizuka	Rare Earths	Kodak TRI-X Film/Nippon Jarrell Ash Spectrograph/	Link

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RMSEP (ppm)	Wavelength (nm)	Title	Authors	Material	Detector/Spectrometer	Source
121600.0	-10.0000	Quantification of Rare Earth Elements using Laser-Induced Breakdown Spectroscopy	Nicolas Andre, Ann Wymore, Deanne J. Brice, Steve Allman, Rodger C. Martin, Madhavi Z. Martin	Lathanides	Andor ICCD/Catalina SE 200	Link

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