| CAIRE
is already for several years in practical operation at four locations of
the French Navy. Based on a telemetric surveillance network it monitors
the nuclear-powered submarines and aircraft carriers. This installation
had been accompanied by a large scale validation under participation of
various French and German institutions.
When
did it happen? Where did it happen? What happened? CAIRE allows you to
answer these important questions at the beginning of an incident quickly
and reliably. And yet CAIRE is easy to operate. The clear, menu driven
user interface guarantees reliable operation even in the stress of an emergency.
Essentially
you perform the following tasks with CAIRE:
-
In
the run-up to the emissions CAIRE permits quick assessment of the effected
area. This is aided by forecast calculations considering protective measures
as e.g. staying in buildings or taking of iodine pills. So you can quickly
process “IF-THEN” scenarios.
-
Automatic
warning and start of the dispersion calculation after exceeding the threshold
or limit value of at least 2 dose measurement instruments.
-
Source
tracking based on measured doses and meteorological data with the aid of
a feedback technique.
-
Source
term assessment based on nuclide compositions and measured data.
-
Assessment
of the affected area. Dispersion computation is started automatically every
ten minutes and continuously compared with the measured data. CAIRE allows
a user-defined forecast of radiation exposure based on the current situation.
The dispersion calculations are carried out with a Gaussian puff model
or a Lagrangian particle model. Inhomogeneous wind fields even make allowance
for the effects of buildings and the terrain.
-
Dose
calculation according to ICRP recommendations.
-
As
the data from previous events can be stored in CAIRE practices can be reviewed
and their efficiency evaluated. Moreover you can perform simulations of
emergencies in order to obtain the practice necessary for a safe response.
According to the system configuration of CAIRE different processes are
distributed on different PCs. All the com-puters are interconnected via
a LAN. |