Abstract
A scintillator material for detection and quantitative determination of ionizing radiation is discussed consisting of an acridone dissolved in a fluid or solid medium. Solvent mixtures with at least one protogenic component or polymers and copolymers are used. The scintillator material is distinguished by an excellent stability at high energy doses.
Citation Formats
Siegmund, M, Bendig, J, and Regenstein, W.
Scintillator material. Szintillatormaterial.
Germany: N. p.,
1987.
Web.
Siegmund, M, Bendig, J, & Regenstein, W.
Scintillator material. Szintillatormaterial.
Germany.
Siegmund, M, Bendig, J, and Regenstein, W.
1987.
"Scintillator material. Szintillatormaterial."
Germany.
@misc{etde_6473881,
title = {Scintillator material. Szintillatormaterial}
author = {Siegmund, M, Bendig, J, and Regenstein, W}
abstractNote = {A scintillator material for detection and quantitative determination of ionizing radiation is discussed consisting of an acridone dissolved in a fluid or solid medium. Solvent mixtures with at least one protogenic component or polymers and copolymers are used. The scintillator material is distinguished by an excellent stability at high energy doses.}
place = {Germany}
year = {1987}
month = {Nov}
}
title = {Scintillator material. Szintillatormaterial}
author = {Siegmund, M, Bendig, J, and Regenstein, W}
abstractNote = {A scintillator material for detection and quantitative determination of ionizing radiation is discussed consisting of an acridone dissolved in a fluid or solid medium. Solvent mixtures with at least one protogenic component or polymers and copolymers are used. The scintillator material is distinguished by an excellent stability at high energy doses.}
place = {Germany}
year = {1987}
month = {Nov}
}