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Titlebook: Laboratory Micro-X-Ray Fluorescence Spectroscopy; Instrumentation and Michael Haschke Book 2014 Springer International Publishing Switzerl

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Michael Haschkef which is an expanded need for mental health services. Professionals--novices and veteran clinicians alike--wonder how to fill this demand in the present climate of turf wars, reorganizations, and budget cuts. The Handbook of Mental Health Services for Children, Adolescents, and Families cogently a
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Main Components of X-ray Spectrometers,r excitation—by electrons are photons—are compared and the special requirements for a tube excitation in μ-XRF are discussed. Then the different types beam shaping optics are discussed in regards to their basic principles but also to their functionality in particular for μ-XRF. The next main instrum
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Quantification,urface or normal to that, i.e. the sample has a layered structure. Therefore quantification models are required both for bulk analysis and for plating systems. But inhomogeneity’s have to expected not only given for the unknown material but also for reference or calibration sample—in particular for
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Relations to Other Analytical Methods,ods for small sample volumes. The detailed discussion of μ-XRF requires the consideration also of thesemethods including the discussion of their benefits and drawbacks. Additionally the combination of μ-XRF with other micro-analytical methods can be of interest. Known combinations are that with SEM-
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Prospectives for,-XRF,components have already a high performance. But still there are improvements possible and desirable. Because the application range of the method is very large and still continuously growing special adaptions and improvements of the instrumentation are required. These improvements are possible both f
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