№ |
Name |
Price |
Source |
1 |
Explosion air-fuel mixture |
20 000. |
RD 03-409-01 METHODS OF CONSEQUENCES accidental explosions fuel-air mixture ( as amended and supplemented ) |
2 |
pressure in the explosion vessel with superheated liquid |
10 000. |
GOST R 12.3.047-98 ANNEX G (recommended ) dimensioning method WAVE PRESSURE TANK EXPLOSION superheated liquid or liquefied gas when exposed to fire center |
3 | Thermal radiation
" fireball » |
10 000. |
GOST R 12.3.047-98 ANNEX A ( recommended) intensity calculation method of thermal radiation and lifetime " fireball » |
4 |
Thermal radiation in a fire Strait |
10 000. |
GOST R 12.3.047-98 ANNEX B (recommended ) intensity calculation method thermal radiation at a pool fire flammable liquids and combustible |
5 |
gazoparovozdushnyh pressure during combustion of mixtures in the open air |
10 000. |
GOST R 12.3.047-98 ANNEX E (recommended ) dimensioning method WAVES pressure during combustion GAZOPAROVOZDUSHNYH MIXES IN OPEN SPACE |
6 |
SDYAV Infection in an accident on chemically hazardous objects |
30 000. |
RD 52.04.253-90 method of predicting the extent of contamination potent toxic substances in accidents at hazardous chemical sites and truck |
7 | Thermal radiation
" ball of fire " MOE |
10 000. |
Collection methods for forecasting possible accidents, natural disasters SPARES . Book 2 . Methods of assessing the consequences of the fire and explosive objects |
8 |
Thermal radiation in a fire Strait MOE |
10 000. |
Collection methods for forecasting possible accidents, natural disasters SPARES . Book 2 . Methods of assessing the consequences of the fire and explosive objects |
9 |
explosion of condensed explosives |
10 000. |
method of predicting the effects of explosions of condensed explosives . Moscow: Military Engineering University , 1992 |
10 |
explosion of steam and gas environments , as well as solid and liquid volatile compounds |
10 000. |
Annex 2 to PB 09-540-03 General rules for explosion explosive chemical , petrochemical and refining industries |
11 |
Methods of assessing the size of the zones of hazardous concentrations of |
20 000. |
COMPLEX valuation methodologies zone sizes SHOCK ACCIDENTAL pipeline rupture FOR WORKERS OF KSGZ SUBSIDIARIES AND AFFILIATES ( LLC " VNIIGAZ ") |
12 |
Methods of assessing the size of the zones of thermal damage during emergency ruptured pipeline |
20 000. |
COMPLEX valuation methodologies zone sizes SHOCK ACCIDENTAL pipeline rupture FOR WORKERS OF KSGZ SUBSIDIARIES AND AFFILIATES ( LLC " VNIIGAZ ") |
13 |
Methods of assessing the size of the affected areas by the shock wave in an emergency ruptured pipeline |
20 000. |
COMPLEX valuation methodologies zone sizes SHOCK ACCIDENTAL pipeline rupture FOR WORKERS OF KSGZ SUBSIDIARIES AND AFFILIATES ( LLC " VNIIGAZ ") |
14 |
Methods of assessing areas of possible fragmentation defeat at break pipelines operating under pressure |
20 000. |
COMPLEX valuation methodologies zone sizes SHOCK ACCIDENTAL pipeline rupture FOR WORKERS OF KSGZ SUBSIDIARIES AND AFFILIATES ( LLC " VNIIGAZ ") |
15 |
Methods of assessing the radiation situation in the explosions of nuclear weapons |
10 000. |
Methods of assessing radiological and chemical environment according to intelligence ( Military Publishing ) |
16 |
Methodology to evaluate the thermal radiation of the fireball when a BLEVE |
10 000. |
Methodology to evaluate the thermal radiation of the fireball when a BLEVE (EQE International in 2000 ) |