The x-ray fluorescence measurement place at beamline L of Hasylab

F. Lechtenberg; S. Garbe; J. Bauch; D.B. Dingwell; J. Freitag; M. Haller; T.H. Hansteen; P. Ippach; A. Knochel; M. Radtke; C. Romano; P.M. Sachs; H.U. Schmincke; H.J. Ullrich

The x-ray fluorescence measurement place at beamline L of Hasylab

F. Lechtenberg
, S. Garbe
, J. Bauch
, D.B. Dingwell
, J. Freitag
, M. Haller
, T.H. Hansteen
, P. Ippach
, A. Knochel
, M. Radtke
, C. Romano
, P.M. Sachs
, H.U. Schmincke
, H.J. Ullrich

Research output: Contribution to journal › Journal article › Research › peer-review

Abstract

The following article describes the experimental facility for synchrotron radiation induced X-ray fluorescence analysis (SYXRF) at beamline L of the Hamburger synchrotron radiation laboratory (Hasylab) at the Deutsches Elektronen-Synchrotron (DESY) in Hamburg. At the facility simple bulk analysis (SYXRF), high spatial resoluting measurements (μ-SYXRF), total reflection experiments (TR-SYXRF), surface analysis by means of grazing incidence (SY-GIXA), and analysis of crystallographic parameters by means of Kossel diffraction are possible. A great variety of excitation spectra can be chosen by absorbers, reflectors and a monochromator. The beam size is defined either by cross slits or by a focusing capillary. The measurements take place in air or helium atmosphere, and the fluorescence radiation is detected by either a Si(Li) or HPGe detector depending on the energy range of interest. The major advantages are an easy to handle control of the highly flexible setup, small beam sizes, and low detection limits.

Original language	English
Journal	Journal of Trace and Microprobe Techniques
Volume	14
Issue number	3
Pages (from-to)	561-587
ISSN	0733-4680
Publication status	Published - 1996

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@article{55878483f7144725ae8ce17562d1ef5e,

title = "The x-ray fluorescence measurement place at beamline L of Hasylab",

abstract = "The following article describes the experimental facility for synchrotron radiation induced X-ray fluorescence analysis (SYXRF) at beamline L of the Hamburger synchrotron radiation laboratory (Hasylab) at the Deutsches Elektronen-Synchrotron (DESY) in Hamburg. At the facility simple bulk analysis (SYXRF), high spatial resoluting measurements (μ-SYXRF), total reflection experiments (TR-SYXRF), surface analysis by means of grazing incidence (SY-GIXA), and analysis of crystallographic parameters by means of Kossel diffraction are possible. A great variety of excitation spectra can be chosen by absorbers, reflectors and a monochromator. The beam size is defined either by cross slits or by a focusing capillary. The measurements take place in air or helium atmosphere, and the fluorescence radiation is detected by either a Si(Li) or HPGe detector depending on the energy range of interest. The major advantages are an easy to handle control of the highly flexible setup, small beam sizes, and low detection limits.",

keywords = "Industrielle materialer",

author = "F. Lechtenberg and S. Garbe and J. Bauch and D.B. Dingwell and J. Freitag and M. Haller and T.H. Hansteen and P. Ippach and A. Knochel and M. Radtke and C. Romano and P.M. Sachs and H.U. Schmincke and H.J. Ullrich",

year = "1996",

language = "English",

volume = "14",

pages = "561--587",

journal = "Journal of Trace and Microprobe Techniques",

issn = "0733-4680",

publisher = "Marcel Dekker",

number = "3",

}

TY - JOUR

T1 - The x-ray fluorescence measurement place at beamline L of Hasylab

AU - Lechtenberg, F.

AU - Garbe, S.

AU - Bauch, J.

AU - Dingwell, D.B.

AU - Freitag, J.

AU - Haller, M.

AU - Hansteen, T.H.

AU - Ippach, P.

AU - Knochel, A.

AU - Radtke, M.

AU - Romano, C.

AU - Sachs, P.M.

AU - Schmincke, H.U.

AU - Ullrich, H.J.

PY - 1996

Y1 - 1996

N2 - The following article describes the experimental facility for synchrotron radiation induced X-ray fluorescence analysis (SYXRF) at beamline L of the Hamburger synchrotron radiation laboratory (Hasylab) at the Deutsches Elektronen-Synchrotron (DESY) in Hamburg. At the facility simple bulk analysis (SYXRF), high spatial resoluting measurements (μ-SYXRF), total reflection experiments (TR-SYXRF), surface analysis by means of grazing incidence (SY-GIXA), and analysis of crystallographic parameters by means of Kossel diffraction are possible. A great variety of excitation spectra can be chosen by absorbers, reflectors and a monochromator. The beam size is defined either by cross slits or by a focusing capillary. The measurements take place in air or helium atmosphere, and the fluorescence radiation is detected by either a Si(Li) or HPGe detector depending on the energy range of interest. The major advantages are an easy to handle control of the highly flexible setup, small beam sizes, and low detection limits.

AB - The following article describes the experimental facility for synchrotron radiation induced X-ray fluorescence analysis (SYXRF) at beamline L of the Hamburger synchrotron radiation laboratory (Hasylab) at the Deutsches Elektronen-Synchrotron (DESY) in Hamburg. At the facility simple bulk analysis (SYXRF), high spatial resoluting measurements (μ-SYXRF), total reflection experiments (TR-SYXRF), surface analysis by means of grazing incidence (SY-GIXA), and analysis of crystallographic parameters by means of Kossel diffraction are possible. A great variety of excitation spectra can be chosen by absorbers, reflectors and a monochromator. The beam size is defined either by cross slits or by a focusing capillary. The measurements take place in air or helium atmosphere, and the fluorescence radiation is detected by either a Si(Li) or HPGe detector depending on the energy range of interest. The major advantages are an easy to handle control of the highly flexible setup, small beam sizes, and low detection limits.

KW - Industrielle materialer

M3 - Journal article

SN - 0733-4680

VL - 14

SP - 561

EP - 587

JO - Journal of Trace and Microprobe Techniques

JF - Journal of Trace and Microprobe Techniques

IS - 3

ER -

The x-ray fluorescence measurement place at beamline L of Hasylab

Abstract

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