Phase Reconstruction of a Cu(001) Seed Layer from $\textit{in situ}$ Polarized Neutron Reflectometry Data using Fe Reference Layers

Book, Alexander; Mayr, Sina; Stahn, Jochen; Böni, Peter; Kreuzpaintner, Wolfgang

doi:10.48550/arxiv.2102.10028

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Existing Experimental Utilization Of In Situ Pnr1

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2021

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“…[40,41] In situ PNR was also applied to novel approaches for reconstructing the phase information. [42]…”

Section: Existing Experimental Utilization Of In Situ Pnrmentioning

confidence: 99%

Reflectometry with Polarized Neutrons on In Situ Grown Thin Films

Kreuzpaintner

Schmehl

Book

et al. 2021

Physica Status Solidi (b)

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Originating from the demand for obtaining depth‐resolved magnetization profiles from thin films and heterostructures, polarized neutron reflectometry (PNR) has developed into a unique research tool, which also finds application in the analysis of superconducting or soft matter thin films. While certain in situ sample environments such as gas‐loading or humidity cells were quickly realized after PNR first emerged, preparing and growing thin magnetic films directly in the neutron beam could only be realized in recent years. Herein, a dedicated insight is given on the history and development of in situ thin film growth capabilities for PNR, from early pioneering experiments to the present day. The scientific and technological challenges as well as the advances of neutron sources, neutronics, and data treatment that have led to its realization are highlighted together with the unique research opportunities that it provides and recently obtained experimental results.

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“…[40,41] In situ PNR was also applied to novel approaches for reconstructing the phase information. [42]…”

Section: Existing Experimental Utilization Of In Situ Pnrmentioning

confidence: 99%