Deformation Welding Of Scintillating Materials

A.V. Bazhenov; V.K. Egorov; L.V. Gasparov; N.V. Klassen; S.I. Mahonin; S.Z. Shmurak; I.M. Shmyt'Ko

doi:10.1557/PROC-348-551

Deformation Welding Of Scintillating Materials

A.V. Bazhenov
, V.K. Egorov
, L.V. Gasparov
, N.V. Klassen
, S.I. Mahonin
, S.Z. Shmurak
, I.M. Shmyt'Ko

University of North Florida

Russian Academy of Sciences

Producción científica: Article › revisión exhaustiva

Resumen

Experiments on connecting scintillating crystals to form homogeneous pieces by means of plastical deformation are described. Optical transmission, radiation hardness, and scintillation spectra have been used for the evaluation of the quality of the bond. The results of experiments on fluorides of cerium, barium, and lead; and cesium iodide confirm that deformation welding can be used successfully for economic manufacturing of large homogeneous scintillators from several smaller parts.

Idioma original	American English
Publicación	MRS Proceedings
Volumen	348
DOI	https://doi.org/10.1557/PROC-348-551
Estado	Published - ene 1 1994

Disciplines

Ceramic Materials
Physics
Materials Science and Engineering
Optics
Nuclear

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abstract = "Experiments on connecting scintillating crystals to form homogeneous pieces by means of plastical deformation are described. Optical transmission, radiation hardness, and scintillation spectra have been used for the evaluation of the quality of the bond. The results of experiments on fluorides of cerium, barium, and lead; and cesium iodide confirm that deformation welding can be used successfully for economic manufacturing of large homogeneous scintillators from several smaller parts.",

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AU - Bazhenov, A.V.

AU - Egorov, V.K.

AU - Gasparov, L.V.

AU - Klassen, N.V.

AU - Mahonin, S.I.

AU - Shmurak, S.Z.

AU - Shmyt'Ko, I.M.

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PY - 1994/1/1

Y1 - 1994/1/1

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AB - Experiments on connecting scintillating crystals to form homogeneous pieces by means of plastical deformation are described. Optical transmission, radiation hardness, and scintillation spectra have been used for the evaluation of the quality of the bond. The results of experiments on fluorides of cerium, barium, and lead; and cesium iodide confirm that deformation welding can be used successfully for economic manufacturing of large homogeneous scintillators from several smaller parts.

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