| CORDIAL - PNRA Project |
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Environmental dosimetry in Antarctica Concordia - DOME-C |
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NEUTRON DOSIMETRY At Concordia, the neutron dose rate is monitored by the Thermo WENDI-2 rem counter, sensitive to neutrons of energy up to 5 GeV. WENDI-2 provides the dose in terms of Ambient dose equivalent, denoted as H*(10), measured in Sievert (Sv).  |
REAL TIME neutron dose rate by WENDI-2 rem counter - Last 10 days (each point = 2 hour average) 
REAL TIME neutron dose rate percent variation by WENDI-2 rem counter - Last 30 days (each point = 12 hour average) 
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NEUTRON DOSIMETRY
The ATOMTEX BDKN-03 rem counter measures the dose due to neutrons of energy up to 14 MeV.  |
REAL TIME neutron dose rate by BDKN-03 rem counter - Last 10 days (each point = 2 hour average) 
REAL TIME neutron dose rate percent variation BDKN-03 rem counter - Last 30 days (each point = 12 hour average) 
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GAMMA-RAY DOSIMETRY
The gamma-ray dose rate is measured by the Automess 6150AD-b dosimeter, sensitive to X and gamma rays in the energy range 23 KeV - 7 MeV.  |
REAL TIME gamma-ray dose rate - Last 10 days (each point = 2 hour average) 
REAL TIME gamma-ray dose rate percent variation - Last 30 days (each point = 12 hour average) 
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LINEAR ENERGY TRANSFER (LET) SPECTROMETRY |
The LABDOS spectrometer measures the energy deposited in a Silicon diode
by ionizing radiation.
 The figure below shows the distribution of the deposited energy up to about 10 MeV. The absorbed dose in Silicon (i.e. the absorbed energy per mass unit, measured in Gray) is calculated by integrating the deposited energy spectrum. 
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(each point = 2 hour average)  REAL TIME absorbed dose rate in Silicon percent variation - Last 30 days (each point = 12 hour average) 
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