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Fig. 2 In situ GIXD analysis tracing the thermal history of the 5CB-NOBOW 50:50 mixture in AAO upon cooling (dAAO = 60 nm). In situ GIXD analysis tracing.

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Presentation on theme: "Fig. 2 In situ GIXD analysis tracing the thermal history of the 5CB-NOBOW 50:50 mixture in AAO upon cooling (dAAO = 60 nm). In situ GIXD analysis tracing."— Presentation transcript:

1 Fig. 2 In situ GIXD analysis tracing the thermal history of the 5CB-NOBOW 50:50 mixture in AAO upon cooling (dAAO = 60 nm). In situ GIXD analysis tracing the thermal history of the 5CB-NOBOW 50:50 mixture in AAO upon cooling (dAAO = 60 nm). (A) Acquired 2D in situ GIXD images of neat NOBOW. (B) 1D vertical linecut for the 50 wt % mixture in the q range of 0.6 to 3.5 nm−1, showing the evolution of the 2D diffraction peaks from the mixture and the 2D diffraction pattern. (C) In situ GIXD images of the 50:50 mixture of 5CB/NOBOW. Hanim Kim et al. Sci Adv 2017;3:e Copyright © 2017, The Authors

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