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Titlebook: Developments in Applied Spectroscopy; Volume 3: Proceeding J. E. Forrette,E. Lanterman Conference proceedings 1964 Springer Science+Busines

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https://doi.org/10.1007/1-4020-2127-5ode and allows rapid changing of elements in a single base. Cathodes for new elements can be prepared quickly and at a very low cost. This source compares favorably in brightness, stability, and sensitivity (line width) with commercial sealed lamps.
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Practical Methods of Solving Absorption and Enhancement Problems in X-Ray Emission Spectrographyfor them by comparison or by internal standardization; (3) apply mathematical corrections to the observed measurements based either on empirical knowledge of the magnitude of these effects or on theoretical considerations. A discussion of examples from the methods of various workers which illustrate these general approaches is given.
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Atomic Absorption Spectroscopy Using Long Absorption Path Lengths and a Demountable Hollow Cathode Lode and allows rapid changing of elements in a single base. Cathodes for new elements can be prepared quickly and at a very low cost. This source compares favorably in brightness, stability, and sensitivity (line width) with commercial sealed lamps.
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The Infrared Determination of Oil in Phosphorusreproduce. A simple rapid infrared method dependent upon the measurement of the C—H bands of the oil dissolved in a molten sample of yellow phosphorus is routinely used for this determination in our laboratory. This method requires approximately 15 to 30 min per analysis in contrast to 2 to 4 hr for other methods.
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