HIGHLIGHTS
SUMMARY
After established methods such as metal loading (Section 3) and the blending of scintillators (Section 4) are presented, novel approaches such as low temperature scintillators (Section 5), water-based scintillators (Section 6), scintillators with slow light output (Section 7), opaque scintillators (Section 8), siloxanebased scintillators (Section 9), and quantum dots (Section 10) will be reviewed. For organic liquid scintillators, the key component in this process is the phenyl groups within the scintillator molecules. The primary cause of the scintillation light production is the ionization of scintillator molecules by the incident particle. A precise technique . . .
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