Barasol multi sensor BMC2
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Skraćeni naziv instrumenta
Barasol multi sensor BMC2
Uža područja primjene
Applied nuclear physics, radioactivity, radon
Namjena instrumenta
Measuring of activity concentration of the radon Rn-222
Procijenjeni broj korisnika
5
Year of manufacture
2002
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Ustanova en
Sveučilište Josipa Jurja Strossmayera u Osijeku
Ulica cara Hadrijana 8/A, OsijekZavod
Chair for the experimental physics
Laboratorij
Laboratory for low-level radioactivity
Grad
Osijek
Ulica i broj
Trg Ljudevita Gaja 6
Krilo/Kat/Soba
ground floor and first floor
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Način korištenja instrumenta
,
Popis ovlaštenih korisnika
Vanja Radolić
Marina Poje Sovilj
Denis Stanić
Igor Miklavčić
Branko VukovićBroj istovrsnih instrumenata u ustanovi
1
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Ime i prezime
Vanja Radolić
Titula
Associate professor
E-mail
vanja@fizika.unios.hr
Telefon
+385 31 232 700
Faks
+385 31 232 701
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Ime i prezime
Marina Poje Sovilj
Titula
Assistant professor
E-mail
marina.poje@fizika.unios.hr
Telefon
+ 385 31 232 727
Faks
+385 31 232 701
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Model
Barasol multi sensor BMC2
Mrežna (URL) adresa instrumenta na stranicama proizvođača
http://documentation.algade.fr/ENGLISH/NT-XFAB542-220-indC%20BMC2%20EN.pdf
Princip rada i mjerna tehnika
The radon enters a detection volume through three
cellulose filters which trap all the solid daughter
products.
The sensor is an implanted silicon detector with a
depleted depth of 100 µm and 400 mm2
of sensitive area. It authorises the counting by
spectrometry of atoms of 222Rn and its daughter
products created in the detection volume (window
set at between 1.5 MeV and 6 MeV).
The calibration of the sensor enables the volumic
activity of the 222Rn to be calculated.Proizvođač
Algade
Mrežna (URL) adresa proizvođača
http://www.algade.com/
Purchase price
45
Estimated value of procurement of new equipment with identical characteristics
70.000,00
Mrežna (URL) adresa s tehničkim karakteristikama
http://documentation.algade.fr/ENGLISH/NT-XFAB542-220-indC%20BMC2%20EN.pdf
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