|
| (a) Plant initial uid conditions |
|
1 | RCS average uid temperature |
2 | RCS pressure |
3 | Accumulator uid temperature |
4 | Accumulator pressure |
5 | Accumulator volume |
6 | Safety injection
temperature |
7 | Accumulator line resistance |
|
| (b) Plant initial core power distribution |
|
8 | Core power
calorimetric uncertainty |
9 | Decay heat
uncertainties |
10 | Gamma redistribution |
11 | Nominal hot assembly
peaking factor |
12 | Nominal hot assembly
average relative power |
13 | Average relative
power, lower third of core |
14 | Average relative
power, middle third of core |
15 | Average relative
power, outer edge of core |
16 | Time in cycle |
|
| (c) Thermal-hydraulic physical models |
|
17 | Break type (cold leg
split or guillotine) |
18 | Break area (for split breaks) |
19 | Critical flow modeling
(CD) |
20 | Broken loop
resistance (pumps and other loop resistances) |
21 | Condensation modeling |
22 | ECC
bypass entrainment and steam binding |
23 | Effect of nitrogen
injection |
|
| (d) Hot rod physical models |
|
24 | Local hot spot
peaking factor |
25 | Fuel conductivity |
26 | Gap heat transfer coefficient |
27 | Fuel conductivity
after burst |
28 | Fuel density after
burst (fuel relocation) |
29 | Cladding reaction
rate |
30 | Rod internal pressure |
31 | Burst temperature |
32 | Burst strain |
33 | Blowdown heat-up heat
transfer coefficient |
34 | Blowdown cooling heat
transfer coefficient |
35 | Refill heat transfer
coefficient |
36 | Reflood heat transfer
coefficient |
37 | Minimum film
boiling temperature |
|