Kedis ku xidhan hagaha · Adag Heerka
AI oo ku jira Kediska Hawlgallada Warshada Korantada Nukliyeerka
Tijaabooyin halka AI ay ku habboon tahay kala-soocidda badbaadada nukliyeerka, sida ogaanshaha cillad-ku-saleysan ee ku saleysan haraaga ay u aragto qulqulka dareeraha, iyo sababta aaladaha dukumeentigu ay tahay inay sheegaan ilaha.
Su'aal 1 ee 8
Where is AI most commonly used in current commercial nuclear plants?
Horudhac su'aal kasta8 su'aalo
Jawaabaha iyo sharraxaadaha waxay soo baxayaan markaad qaadanayso kediska.
- Where is AI most commonly used in current commercial nuclear plants?
- Directly controlling reactor power
- In advisory, non-safety functions such as maintenance analytics and document work
- Replacing licensed reactor operators
- Running the reactor protection system
- What does online monitoring with redundant sensors mainly detect?
- Changes in fuel prices
- Staff attendance
- Local weather
- Sensor calibration drift
- Why are semi-supervised methods common for plant anomaly detection?
- Regulators ban labeled data
- Plant sensors do not record history
- Failures are rare, so labeled fault data is scarce
- They are always faster to compute
- In an auto-associative monitoring model, what signals a possible problem?
- A significant residual between predicted and measured sensor values
- Perfect agreement between the model and sensors
- A sensor being switched off for maintenance
- An operator logging into the control room
- What is the sequential probability ratio test used for in this context?
- Scheduling refueling outages
- Drafting license amendments
- Encrypting plant data
- Testing residuals statistically to decide whether a sensor or component is drifting
- Why are retrieval-augmented language tools preferred for nuclear documentation work?
- They are cheaper to host
- They cite source documents so reviewers can trace claims to controlled records
- They need no human review
- They can operate the reactor
- Which body licenses commercial nuclear plants and operators in the United States?
- The Nuclear Regulatory Commission
- The Federal Aviation Administration
- The Environmental Protection Agency alone
- The International Atomic Energy Agency directly
- Why are AI-assisted refueling outage planning tools valuable?
- Outages are not regulated
- Plants refuel every day
- Thousands of tasks must be scheduled and every day offline costs money
- They replace required inspections