An `on-stream' X-ray particle-size sensor

Carr-Brion, K. G.; Mitchell, Pablo

doi:10.1088/0950-7671/44/8/307

Cited by 13 publications

(1 citation statement)

References 1 publication

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“…Coating thickness and composition (58,110,138,363,434,463,529,638,666) Foods ( 57) Gases (615) General (61,385,439,491) High purity elements (593) In situ ore analysis (2, 9, 455, 568) Low atomic number elements (133) Mail sorting (168,544) Metal identification (89,351) Microanalysis (343) Ores (56, 82, 124, ¡36, 158, 169,170,455,478,479,492,533,534,565,637,666) Petroleum and hydrocarbons (210,492) Slurries (121,122,(124)(125)(126)610) Solutions (57,386 as compared to sodium+-when anions are the source of photoelectrons.…”

Section: Applicationsmentioning

confidence: 99%

X-ray absorption and emission

Campbell¹,

Brown²

1968

Anal. Chem.

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As IN OUR 1964 (116) and 1966 (117) jtx. reviews, we continue to use the format established by our predecessors Liebhafsky, Winslow, and Pfeiffer (413). This 1968 review consists of a critical evaluation of new developments and tabular summaries of X-ray spectrography and electron probe microanalysis. Stoddart and Dowden (614) recently compiled a comprehensive bibliography on fluorescent X-ray spectrography.

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Section: Applicationsmentioning

confidence: 99%

X-ray absorption and emission

Campbell¹,

Brown²

1968

Anal. Chem.

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A new approach to the particle‐size effect correction in the x‐ray fluorescence analysis of multimetallic ore slurries

Lankosz

1988

X-Ray Spectrometry

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A method of correcting for particle-size effects in the XRF analysis of ore slurries is proposed. The use of a calculated heterogeneity factor for correcting the intensity of fluorescent x-rays from the determined element is suggested. The possibility of using a value of a weight fraction of particles smaller than 75 pm for determining the heterogeneity factors has been studied. The method has been tested experimentally on samples simulating zinclead and copper ore slurries.

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