A thin plastic scintillator time-zero detector and flux monitor
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Cited by (9)
Recent progress in the development of a polarized proton target for reactions with radioactive ion beams
2007, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsCitation Excerpt :We placed the detectors along the ‘zero field circle’ defined by the geometry of the magnet mounted on a sliding guide fixed to the lower magnet half as shown in Fig. 2. The beam diagnosis station consists of two components: a beam flux monitor for low intensities as described in [12] operating in pulse mode and a sensitive screen made of Al2O3:Cr for high intensities. The beam flux monitor consists of a fast plastic scintillator foil (e.g. BC 400) with a thickness of ∼10 mg/cm2 centered on one of the focal points of an ellipsoidal mirror that focuses the light originated by the beam on the photocathode of a mu-metal-shielded photomultiplier tube situated at the other focus.
Spin polarized solid target as a prospective tool for radioactive ion beam physics
2005, Nuclear Instruments and Methods in Physics Research, Section B: Beam Interactions with Materials and AtomsCitation Excerpt :Large arrays of silicon strip detectors with high granularity and good energy resolution, such as the Hyball Forward Array [6], might be used in conjunction with a thick target in the determination of analyzing powers. A possible additional advantage is to make the target a scintillator to serve as an “active” target [7] helping to eliminate background events associated with RIBs. Solid polarized proton and deuterium targets are widely used in medium and high energy physics.
The use of the thin plastic scintillator focused by using concave ellipsoidal mirror in heavy ion TOF
1995, Nuclear Inst. and Methods in Physics Research, AThin scintillation counter with a new readout method for the KOTO experiment
2023, Journal of Physics: Conference SeriesStudy the TOF detector in RIBLL with GEANT4
2010, International Conference on Nuclear Engineering, Proceedings, ICONEExotic nuclei
2010, AIP Conference Proceedings