I-Bi4Si3O12 scintillator, i-BSO crystal, i-BSO scintillation crystal
Inzuzo
● Isiqephu sesithombe esiphezulu
● Amandla okumisa aphezulu
● Okungeyona i-hygroscopic
● Ayikho imisebe yangaphakathi
Isicelo
● Amandla aphezulu/i-nuclear physics
● Imithi yenuzi
● Ukutholwa kwe-Gamma
Izakhiwo
Ukuminyana(g/cm3) | 6.8 |
I-Wavelength (Ubuningi bokukhishwa) | 480 |
I-Light Yield( photons/keV) | 1.2 |
I-Melting Point(℃) | 1030 |
Ukuqina (Mho) | 5 |
I-Refractive Index | 2.06 |
I-Hygroscopic | No |
Cleavage Plane | Lutho |
I-Anti-radiation(Rad) | 105~106 |
Incazelo Yomkhiqizo
I-Bi4 (SiO4)3 (BSO) iyi-scintillator ye-inorganic, i-BSO yaziwa ngokuminyana kwayo okuphezulu, okuyenza ibe isimunyi esisebenzayo semisebe ye-gamma, emunca amandla emisebeni ye-ionizing futhi ikhiphe ama-photon okukhanya abonakalayo ekuphenduleni.Lokho kuyenza ibe umtshina ozwelayo wemisebe ye-ionizing.Isetshenziswa kakhulu ezinhlelweni zokuthola imisebe.Ama-scintillator e-BSO anobulukhuni bemisebe obuhle futhi amelana nokulimala kwemisebe, okuwenza abe yingxenye yezitholi ezithembekile zokusetshenziswa isikhathi eside.Njenge-BSO esetshenziswa kuma-portal monitors emisebe ukuze kutholwe izinto ezikhipha imisebe ezimpahleni nasezimotweni lapho ziwela imingcele nasezikhumulweni zezindiza.
Isakhiwo sekristalu sama-BSO scintillator sivumela ukuphuma kokukhanya okuphezulu kanye nezikhathi zokuphendula ngokushesha, okuzenza zilungele ukuhlolwa kwe-physics yamandla aphezulu kanye nemishini yokucabanga yezokwelapha, njengezikena ze-PET (Positron Emission Tomography), kanye ne-BSO ingasetshenziswa kuma-reactors enuzi ukuze kutholwe. amazinga emisebe kanye nokuqapha ukusebenza kwe-reactor.Amakristalu e-BSO angakhuliswa kusetshenziswa indlela ye-Czochralski futhi abunjwe abe yizimo ezahlukahlukene ngokuya ngesicelo.Avame ukusetshenziswa ngokuhambisana namashubhu e-photomultiplier (PMTs).