X-Ray Spectrographic Analysis of Traces in Metals by Preconcentration Techniques

Davis, Charlotte; Burke, Keith E.; Yanak, M. M.

doi:10.1007/978-1-4684-8676-6_4

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Margoshes and Rasberry Presented2

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1970

1978

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“…Similar work is now under way using chelating resin-loaded papers having a high selectivity for base metals such as mercury, lead, and copper. Other preconcentration techniques are also suitable for geochemical (118) and metallurgical (120) samples. Luke (320) proposed a widely applicable method for trace analysis of inorganic and organic materials.…”

Section: Margoshes and Rasberry Presentedmentioning

confidence: 99%

“…Standards were prepared by vapor de-Table V. Trace Analysis-Samples and Techniques Samples Biological and clinical (40,(110)(111)(112)194,228,368,376) Inorganic solutions (37,181,322,323,442) Metals (5,25,58,66,120,217,218,321,374,480,518) Minerals (31,67,93,297,465,472,514) Natural products (88,269,388) Nonmetals (320, 4O6, 441) Organics (213,310,320) Thin films (249) Water and brines (135,334,354,359) Techniques Evaporated residues UO, 109-111, 216,…”

Section: Margoshes and Rasberry Presentedmentioning

confidence: 99%

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