Neutron Scattering - JUWEL - Forschungszentrum Jülich

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RESEDA 13 Contact �� Phone: 089/289-14874 Web: http://www.frm2.tum.de/wissenschaftliche-nutzung/ spektrometrie/reseda/index.html Wolfgang Häußler Forschungsneutronenquelle Heinz Maier-Leibnitz (FRM II) und Physik Department E21 Technische Universität München Phone: 089/289-14921 e-Mail: Wolfgang.Haeussler@frm2.tum.de
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Member of the Helmholtz Association
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Forschungszentrum Jülich GmbH Jül
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�� 1 PUMA
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2 O. Sobolev, A. Teichert, N. Jünk
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10 O. Sobolev, A. Teichert, N. Jün
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2 POWDER DIFFRACTOMETER SPODI Conte
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4 POWDER DIFFRACTOMETER SPODI 2. Ba
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6 POWDER DIFFRACTOMETER SPODI Ewald
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8 POWDER DIFFRACTOMETER SPODI Powde
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10 POWDER DIFFRACTOMETER SPODI Rela
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12 POWDER DIFFRACTOMETER SPODI Prof
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14 POWDER DIFFRACTOMETER SPODI neut
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16 POWDER DIFFRACTOMETER SPODI The
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24 POWDER DIFFRACTOMETER SPODI Cont
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2 M. Meven Contents 1 Introduction
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4 M. Meven a (hkl) Plane. Each plan
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6 M. Meven wavelengths � in the s
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8 M. Meven intensities (I~Z 2 ) tha
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10 M. Meven This has to be taken in
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12 M. Meven 4 Sample Section 4.1 In
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14 M. Meven Fig. 8 (a) orthorhombic
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16 M. Meven 4.3 Oxygen Position The
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18 M. Meven To direct the secondary
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20 M. Meven For a given spectrum
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22 M. Meven References [1] Th. Hahn
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SPHERES Backscattering spectrometer
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SPHERES 3 1 Introduction Neutron ba
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SPHERES 5 Fig. 2: The monochromator
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SPHERES 7 While the primary spectro
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SPHERES 9 neutron is scattered, it
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SPHERES 11 The stationary equilibri
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SPHERES 13 4. Summarize the tempera
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________________________ DNS Neutro
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DNS 3 1 Introduction Polarized neut
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DNS 5 Monochromator horizontal- and
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DNS 7 3 Preparatory Exercises The p
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Page 136 and 137: KWS-3 9 References [1] Eskilden, M.
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Page 140 and 141: RESEDA 3 1 Introduction Neutrons ar
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Page 174 and 175: TOFTOF 15 Q = | � Q| ΔE = Ef −
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Neutron Scattering - JUWEL - Forschungszentrum Jülich

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