beautypg.com

Mirion Technologies EDIS-1 User Manual

Health physics, Edis-1

background image

health physics

A Mirion Technologies Division

 

¡

¢

£

¤

¥

¦

§

¨

©

EDIS-1 Environmental Direct Ion Storage Dosimeter

Passive Dosimetry

FEATURES

direct measurement of H*(10) over the

entire energy range
instant non-destructive readout and dose reset

with a table-top reader
passive operation

insensitive to EM and RF interference

operation at high dose rates and in pulsed fi elds

built-in memory chip for measurement

location identifi cation storage
small, rugged and waterproof

a replacement to TLD and fi lm

up to 12 month issue period

EDIS-1

Environmental Direct Ion Storage Dosimeter

The new RADOS EDIS-1 is an Environmen-

tal Direct Ion Storage Dosimeter off ering an

alternative to TLD or fi lm dosimeter.

The EDIS-1 dosimeter is based on an ionisation

chamber combined with a modern electronic

Direct Ion Storage (DIS) memory cell. The Ion

chamber is widely used as a reference detec-

tor in radiation detection and is now available in

everyday dosimetry applications. The EDIS-1

dosimeter can be read infi nitely and non-

destructively without any loss of dose informa-

tion. This unique feature allows the user of the

EDIS-1 to instantly read environmental doses

whenever necessary.

The radiological range of the EDIS-1 covers the

entire H*(10) photon energies without any com-

promises. The wide dose and energy range, the

ability to operate in pulsed fi elds and the perfor-

mance at high dose rates make EDIS-1 an ideal

device for all kinds of radiation dosimetry appli-

cations. The EDIS-1 allows for the detection of

heavy, high-energy ions and its immunity to any

external interference is unequalled. There are no

deviations in the dose readings even at very high

EM or RF fi elds.

The excellent radiological features and the easy

and fast reading of the EDIS-1 dosimeter makes

the new DIS based RADOS dosimetry system

superior to any Film dosimetry or TLD system

without the need for complicated processing

systems.