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Reactor Operator > Tech Spec Matching > Flashcards

Tech Spec Matching Flashcards

1
Q

Max Steady State Power Level

A

250 kW

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2
Q

Max TRIGA fuel 20% enriched U235

A

5 kilograms

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3
Q

Quinquennial Surveillance Interval

A

6 years (=5+1 extra)

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4
Q

Annual Surveillance Interval

A

15 months (=12+3 extra)

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5
Q

Monthly Surveillance Interval

A

6 weeks (=4+2 extra)

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6
Q

Safety Limit Fuel Element Temperature

A

1000 degrees C

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7
Q

Limiting Safety System Setpoint

A

425 degrees C

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8
Q

Minimum Shutdown Margin from control rods at ref. core

A

$0.55

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9
Q

Max Core Excess Reactivity at ref. core

A

$3.00

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10
Q

Pulse Mode Steady State Power

A

< 1 kW

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11
Q

Pulse Reactivity (ATR + FTR)

A

$3.00

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12
Q

Fuel Element Inspection Max transverse bend

A

1/16 inch

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13
Q

Fuel Element Inspection Max length growth

A

1/8 inch

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14
Q

Fuel Element Inspection Max burnup

A

50%

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15
Q

Minimum number of Instrumented Fuel Elements (IFEs)

A

1

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16
Q

Max Scram time for 90% reactivity insertion

A

1 second

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17
Q

Max reactivity (ATR+FTR)

A

$3.00

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18
Q

Minimum measure channels (SS) - Fuel Temperature

A

1

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19
Q

Minimum measure channels (Pulse) - Fuel Temperature

A

1

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20
Q

Minimum reactor safety channels (SS Fuel Temperature 425 degrees C)

A

1

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21
Q

Minimum reactor safety channels (SS Power 110%)

A

2

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22
Q

Minimum reactor safety channels (SS loss HV power measure channel)

A

3

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23
Q

Minimum reactor safety channels (SS seismic)

A

1

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24
Q

Interlock WRM log power level (SS)

A

10^-7

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25
Q

Interlock WRLM power level (Pulse)

A

1 kW

26
Q

Minimum Pool Water Level above tank floor

A

24 feet

27
Q

Max Pool Water Temperature

A

25 degrees C

28
Q

Minimum Pool Water Temperature

A

17 degrees C

29
Q

Max Pool Water Conductivity

A

3 umhos/cm

30
Q

Minimum negative pressure between RR/CR and RR/Outside (normal mode)

A

1/10 inch water column

31
Q

Minimum total exhaust flow RR (normal mode)

A

3600 CFM

32
Q

Minimum Emergency Exhaust flow

A

240 CFM

33
Q

Minimum Rad Monitoring Instruments - ARM channels

A

2

34
Q

Minimum Rad Monitoring Instruments - CAM channels

A

1

35
Q

Max Annual avg. Ar-41 release

A

10^-8 uCi/mL

36
Q

Max Experiment Reactivity - moveable

A

$1.00

37
Q

Max Experiment Reactivity - individual

A

$3.00

38
Q

Max Sum Absolute Reactivity of all experiements

A

$3.00

39
Q

Max sum 1-131 to I-135 inventory fuel experiments

A

20,000 uCi/mL

40
Q

Max Sr-90 inventory fueled experiments

A

1 uCi/mL

41
Q

Max TNT equivalent of explosive experiment

A

25 mg

42
Q

Minimum number encapsulations for corrosive experiments

A

2

43
Q

Significant change in core configuration

A

$0.25

44
Q

Test pulse insertion (if no pulse mode ops for >1 year)

A

$1.50

45
Q

Frequency of Pool Water temperature monitoring during reactor operation

A

1 hour

46
Q

Frequency of Environmental Monitoring Dosimeters evaluation

A

4 months (=3 + 1 extra)

47
Q

New experiment reactivity check power level

A

under 2 kW

48
Q

Minimum height above upper core grid plate of cooling/ demin pipes

A

14 feet

49
Q

U content, TRIGA Stainless Steel Clad fuel

A

8.5 percent weight

50
Q

u235 enrichment TRIGA Stainless Steel Clad Fuel

A

20% enrichment

51
Q

Number of motor driven boron fuel follower control rods

A

2

52
Q

Number of pneumatically driven boron air follower control rods

A

2

53
Q

H to Zr atom ratio TRIGA fuel

A

1.65 H to 1 Zr

54
Q

Fuel storage max Keff (all moderation and reflection conditions)

A

0.8

55
Q

Minimum exhaust height of Vent system above ground level

A

90 feet

56
Q

Provost and Executive Vice Chancellor Level

A

Level 1 (top)

57
Q

Senior Operators and Operators Level

A

Level 4 (lowest)

58
Q

SRO on-call arrival time when reactor not secured

A

30 minutes

59
Q

Worth of Experiments requiring SRO present for relocation

A

$1.00

60
Q

Minimum number of ROC voting members

A

5

61
Q

Number of working days to report Safety Limit violation to NRC

A

1

Reactor Operator (11 decks)

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