Fig. 3: Formation mechanisms of the SrCl2 HC-TGC material. | Nature Communications

Fig. 3: Formation mechanisms of the SrCl2 HC-TGC material.

From: Transparent composites for efficient neutron detection

Fig. 3

a Atomic structure of SrCl2-borate glass system at various temperatures from 1500 K to 300 K. b-c In-situ high-temperature confocal laser scanning microscope photographs of the SrCl2 HC-TGC and the pure borate glass at various temperatures during the solidification process. d The nominal compositions of the SrCl2 HC-TGC and composites with different mole ratios of crystalline SrCl2 and borate glass. e Typical microstructures of samples A, B, C, D, E, and F are marked in (d).

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