Areas of Application
The generator is to be used
for pulsed neutron logging
of wells while exploring and controlling
the extraction of mineral resources
from oil and gas deposits
Specifi cation
Maximum energy of neutrons, MeV
Maximum activity of tritium, GBq
Minimum average neutron yield, s–1:
after manufacture
after 200 hour operation
Frequency of neutron bursts, kHz
Acceleration voltage, kV
Minimum longitudinal magnetic
fi eld, mT
Cathode glow voltage
of ion source, V
Ion source B-supply pulse
amplitude, V
Voltage of deuterium-tritium mix
storage heater, V
Power consumption, W
Operating temperature, K
Dimensions, mm:
maximum tube diameter
(without magnet)
high-voltage electrode diameter
length
Service life, years
Term of operation, hours
14
488.4
2 × 10 8
5 × 10 7
0.05-20
100
20
1
<500
<6
<35
283-423
29
19
155
2
200
Advantages
This generator surpasses the TNT-1411
tube-based neutron generators
manufactured in Russian Federation
Stage of Development.
Suggestions for Commercialization
IRL4, TRL4
Prototype manufacture and tests
in customer’s operating environment
are provided upon request
IPR Protection
IPR1
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