FLIR identiFINDER R300 - Finding the Position for Best Measurements; Identi Ication Results

3.4. Identifying a Radiation Source FLIR Detection
B
est Range
Curr
ent Count Rate
ent Count Rate
ent Count Rate
A
dvice
Figure 71. Finding the position for best measurements
The FLIR identiFINDER R300 assists with advice given on-screen (Figure 71, p. 76).
4. Wait until the preset acquisition duration is over.
The FLIR identiFINDER R300 applies the identiication algorithm to the acquired data and
shows the result (Figure 72, p. 76). Additionally, the identiication results including the spec-
trum and, if required and available, the GPS coordinates are automatically saved in the FLIR
identiFINDER R300’s database.
Identic
ation
ation
ation
Condence
Condence
Condence
0: bad
0: bad
0: bad
10: excellent
10: excellent
10: excellent
Nuclide
Name
Name
Name
Nuclide
Usage
(see p.
259
)
Nuclide
Severity,
(Innocent, Suspi-
cious, Threatening,
see p.
259
)
R
eference Number of
the Saved Data
Figure 72. Identiication results
Nuclides the identiication algorithm did not recognize or those recognized but having
their visibility suppressed (see 6.5, p. 118) are reported as “Unknown”.
You can specify whether conidence, usage, or severity are shown, see 6.4, p. 116.
5. If necessary, you can acquire more spectrum data to improve the identiication by pressing
Continue .
76 identiFINDER
®
R300/en/2014.4(13623)/Feb2015