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DOE-HDBK-1203-97
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power defect
-
pressure coefficient
-
void coefficient
Evaluate the impact of decay heat generation on post-trip operations for
varying facility conditions
Describe the bases for limits on power escalation and dissension
Calculate reactivity balance, critical rod position, shutdown margin, and
inverse count-rate ratios (1/m)
Determine the effect of poison concentration and loading on reactivity control
and fuel management for the following:
-
fission product poisons
-
burnable poisons
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nonburnable poisons
Determine the effect of each of the following on reactivity control and facility
operations:
-
thermal hydraulic limits
-
linear heat generation rates
-
minimum critical power ratio
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average planar linear heat generation rate
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peaking factors
Evaluate the effect of the following on reactivity control and facility operations:
-
unbalanced core flow
-
recirculation flow changes
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control rod movements
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natural circulation
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thermal-hydraulic instabilities
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main generator load changes
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inadvertent changes in burnable poison concentration
-
xenon and samarium concentration
Discuss the ways to prevent, identify, and mitigate operation with failed fuel.
14


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