Yttrium aluminum garnet (YAG) doped with Ce was synthesized via the co-precipitation method with
N
H
4
H
C
O
3
as the precipitant. The spectroscopic properties and the effects of the Ce doping concentration and sintering atmosphere on the crystal phase were investigated. The dosimeter of YAG:Ce phosphor material was prepared to study the radioluminescence (RL) characteristics of a clinical linear accelerator. A satisfying linear relationship between the radiation dose and RL signal was obtained, which provided a reference for the YAG:Ce phosphor material used in radiotherapy and real-time remote radiation detection.
Fluorescent fiber is used for Partial Discharge (PD) with different electrodes. The PD signal is linearly correlated with transient discharge current. Experimental results show the shape of the electrode affects the intensity of PD signal.
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