1965
DOI: 10.1021/ac60223a022
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Trace Oxygen Determination in Cesium Metal and the Problem of Recoils from the Atmosphere during Fast-Neutron Activations.

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1966
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Cited by 18 publications
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“…Ca+2, it can tolerate only trace amounts of alkaline earths, making prior separation of these interfering ions necessary for accurate determination (8). More recent procedures involve the use of chloranilic acid as a complexing and colorimetric reagent (1). Chloranilic acid, however, is not highly selective for Ca+2 alone, and is hindered by interfering ions (7).…”
Section: • Analytical Chemistrymentioning
confidence: 99%
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“…Ca+2, it can tolerate only trace amounts of alkaline earths, making prior separation of these interfering ions necessary for accurate determination (8). More recent procedures involve the use of chloranilic acid as a complexing and colorimetric reagent (1). Chloranilic acid, however, is not highly selective for Ca+2 alone, and is hindered by interfering ions (7).…”
Section: • Analytical Chemistrymentioning
confidence: 99%
“…Neither method is specific for oxygen; the vacuum amalgamation and vacuum distillation methods culminate in the isolation, respectively, of a mercury insoluble or of a nonvolatile alkaline residue followed by alkalimetry of the residue. A recently introduced method, neutron activation, has been used for the determination of oxygen in potassium {Ilf) and cesium (1,15). This method, although specific for oxygen, cannot distinguish among the several oxygen species that may be present, such as alkali metal carbonate, monoxide, or superoxide.…”
mentioning
confidence: 99%