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Process Analytical Chemistry

Analytical Chemistry, 2005
This review of process analytical chemistry is an update to the previous review on this subject published in 1995(A2). The time period covered for this review includes publications written or published from late 1994 until early 1999, with the addition of a few classic references pointing to background information critical to an understanding of a ...
Jerome, Workman   +2 more
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Toxicology and Analytical Chemistry

Veterinary Clinics of North America: Food Animal Practice, 2023
Knowing how to effectively use veterinary diagnostic toxicology laboratories is key when navigating suspect toxicoses in ruminants. This begins with establishing a causal relationship between clinical signs and potential sources of exposure, followed by collecting the appropriate samples for toxicology testing.
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Supramolecular Analytical Chemistry.

ChemInform, 2007
AbstractChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 200 leading journals. To access a ChemInform Abstract, please click on HTML or PDF.
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Analytical chemistry in Japan

Pure and Applied Chemistry, 1973
Abstract
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Process analytical chemistry

Analytical Chemistry, 1987
The goal of process analytical chemistry is to supply quantitative and qualitative information about a chemical process. Such information can be used not only to monitor and control a process, but also to optimize its efficient use of energy, time, and raw materials.
James B. Callis   +2 more
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Ultrasound in analytical chemistry

Analytical and Bioanalytical Chemistry, 2006
Ultrasound is a type of energy which can help analytical chemists in almost all their laboratory tasks, from cleaning to detection. A generic view of the different steps which can be assisted by ultrasound is given here. These steps include preliminary operations usually not considered in most analytical methods (e.g.
F, Priego Capote, M D, Luque de Castro
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Analytical chemistry of surfaces

Analytical Chemistry, 1986
David Hercules of the University of Pittsburgh recounts historical aspects of the field and describes the application of electron spectroscopy to quantitative surface analysis of heterogeneous catalysts. Future challenges are also discussed.
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Analytical chemistry of chromium

Science of The Total Environment, 1989
The determination of chromium in most biological materials is extremely difficult because of the very low levels present. Easily accessible samples, for example biological fluids such as serum, urine, etc., usually have chromium concentrations well below 1 ng g-1.
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