Abstract
A newly developed XEOL spectrometer was constructed having the following features: (1) high energy X-ray tube and its well regulated power supply, (2) minimized leakage of scattered X-rays, (3) sample heating device suppressing host luminescence, and (4) improved resolving power of the optics. The direct determination of rare earth elements in La 2O 3 was explored using this instrument in a performance test. The results showed a great improvement in sensitivity and reproducibility using this method.
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