I-Bi4Si3O12 scintillator, ikristale ye-BSO, ikristale ye-BSO scintillation
Inzuzo
● I-photo-fraction ephezulu
● Amandla okumisa aphezulu
● I-non-hygroscopic
● Akukho mitha yangaphakathi
Isicelo
● Amandla aphezulu/ifiziksi yenyukliya
● Amayeza enyukliya
● Ukufunyanwa kweGamma
Iipropati
Uxinaniso(g/cm3) | 6.8 |
Ubude beWaveleng (Ubuninzi. Ukukhutshwa) | 480 |
Imveliso eKhanyayo( photons/keV) | 1.2 |
Indawo yokunyibilika(℃) | 1030 |
Ukuqina (Mho) | 5 |
Refractive Index | 2.06 |
Hygroscopic | No |
Cleavage Plane | Akukho nanye |
Anti-radiation(Rad) | 105~106 |
Ingcaciso yeMveliso
I-Bi4 (SiO4)3 (BSO) yi-scintillator ye-inorganic, i-BSO yaziwa ngokuxinana kwayo okuphezulu, nto leyo eyenza ukuba ibe yinto esebenzayo yokufunxa imitha ye-gamma, efunxa amandla kwimitha ye-ionizing kwaye ikhuphe iifotoni zokukhanya ezibonakalayo ekuphenduleni.Oko kuyenza ibe sisixhobo esibuthathaka semitha ye-ionizing.Isetyenziswa ngokuqhelekileyo kwizicelo zokubona ukukhanya kwemitha.I-BSO scintillators inobulukhuni obuhle be-radiation kunye nokuchasana nomonakalo we-radiation, ibenza babe yinxalenye yee-detectors ezithembekileyo zokusetyenziswa kwexesha elide.Okufana ne-BSO esetyenziswa kwiimonitha ze-radiation portal ukubona imathiriyeli ye-radioactive kwimpahla kunye nezithuthi kwiindawo zokuwela imida kunye nezikhululo zeenqwelomoya.
Ubume bekristale be-BSO scintillators buvumela ukuphuma kokukhanya okuphezulu kunye namaxesha okuphendula ngokukhawuleza, oko kubenza balungele iimvavanyo zefiziksi yamandla aphezulu kunye nezixhobo zokucinga zonyango, ezifana ne-PET (Positron Emission Tomography) scanners, kunye ne-BSO inokusetyenziselwa ukukhangela izixhobo zenyukliya. amanqanaba emitha kunye nokubeka esweni ukusebenza kwe-reactor.Iikristale ze-BSO zinokukhuliswa kusetyenziswa indlela yeCzochralski kwaye zibunjwe zibe ziimo ezahlukeneyo ngokuxhomekeke kwisicelo.Zihlala zisetyenziswa ngokubambisana ne-photomultiplier tubes (PMTs).