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Article
An HPLC procedure for monitoring penicillin G fermentations
An HPLC procedure for the quantification of the precursor, intermediates, product, and degradation product of penicillin G fermentations is described. The method involves the use of an acetonitrile gradient an...
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Article
An X-ray microprobe facility using synchrotron radiation
An X-ray microprobe for trace elemental analysis at micrometer spatial resolutions, using synchrotron radiation (SR), is under development. The facility consists of two beamlines, one including a 1∶1 focusing ...
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Chapter
An X-Ray Microprobe Facility Using Synchrotron Radiation
An X-ray microprobe for trace elemental analysis at micrometer spatial resolutions, using synchrotron radiation (SR), is under development. The facility consists of two beamlines, one including a 1:1 focusing ...
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Chapter
The Application of a Synchrotron Radiation Microprobe to Trace Element Analysis
Synchrotron radiation is light emitted by electrons when accelerated in a circular orbit. Some properties of synchrotron radiation important to trace element analysis by x-ray fluorescence analysis are: 1) a b...
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Chapter and Conference Paper
The Role of High-Energy Synchrotron Radiation in Biomedical Trace Element Research
Trace elements are intimately involved in biological function and dysfunction at all levels of biological organization. At the molecular level, trace elements perform innumerable catalytic and structural roles...
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Chapter and Conference Paper
An X-Ray Microprobe Beam Line for Trace Element Analysis
The application of synchrotron radiation to a x-ray microprobe for trace element analysis is a complementary and natural extension of existing microprobe techniques using electrons, protons, and heavier ions a...
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Article
On the development of a system for trace element analysis in the environment by charged particle X-ray fluorescence