 |
Production of an industry  Physics Physical chemistry GENERATORS USING PLASMA FOCUS CHAMBERS
Generators
using plasma focus chambers
The special feature of this
generator type is the possibility to generate the single neutron pulses within
nanosecond range with very high (up to 1018 n/s) intensity.
These generators are the general purpose ones. They (Table 1) include:
- radiation source (14 MeV neutrons) with PF
chamber , energy accumulator and electronic devices;
- control console;
- interconnecting cable kit.
Table 1
|
Generators |
ING-102 |
ING-103 |
|
Neutron yiled for pulse, n/pulse |
1× 107 |
1× 1010 |
|
Pulse width, ns |
10...15 |
10...15 |
|
Neutron intensity in pulse, n/s |
(7...10) × 1014 |
(7...10) × 1017 |
|
Frequency, Hz |
0,01 |
0,01 |
|
Integral neutron yield for life time |
5× 109 |
5× 1012 |
|
Stored energy, kj |
0,5 |
5 |
|
RS dimensions (mm) |
300x700 |
400x600x1350 |
|
Maximum operating temperature, oC |
+50 |
+40 |
|
Price, USD |
31000 |
71000 |
VNIIA neutron generators are
dual-use products, so their delivery requires export license. We need from
customer the international import certificate and signed contract for delivery
of chosen products for the export license issue. The license issue takes 4-5
months. So, an order should be executed within 6-9 months from its receipt
depending on individual generator. The specified prices include delivery cost
and may be changed during negotiations on contract. The generators using (D-D)
tube may be delivered at customer request. Such the generators provide 2,5 MeV
neutron yield approximately 2 orders less than (D-T) generators.
Country: Russia
Publishing date: June 6, 2001
To make an inquiry on the production you are interested in
Back
|  |
