Abstract
System monitoring is one of the components needed in ensuring an efficient and healthy system. It provides an accurate look at the condition of the equipment, detects signs of performance deterioration and identifies need for improvements (hardware, procedural, or life cycle limitation/early component replacement, etc.). This paper deals only with the system monitoring part. The discussion will be laid out in chronological order according to the Fuelling Machine life cycle, starting with activities at PTF (Pressure Test Facility), followed by in-service monitoring, and concluding with monitoring/inspections during the overhaul. (author)
Sie, T
[1]
- Ontario Power Generation, Darlington Nuclear, Bowmanville, Ontario (Canada)
Citation Formats
Sie, T.
Darlington Nuclear fuelling machine system monitoring.
Canada: N. p.,
2003.
Web.
Sie, T.
Darlington Nuclear fuelling machine system monitoring.
Canada.
Sie, T.
2003.
"Darlington Nuclear fuelling machine system monitoring."
Canada.
@misc{etde_20617885,
title = {Darlington Nuclear fuelling machine system monitoring}
author = {Sie, T}
abstractNote = {System monitoring is one of the components needed in ensuring an efficient and healthy system. It provides an accurate look at the condition of the equipment, detects signs of performance deterioration and identifies need for improvements (hardware, procedural, or life cycle limitation/early component replacement, etc.). This paper deals only with the system monitoring part. The discussion will be laid out in chronological order according to the Fuelling Machine life cycle, starting with activities at PTF (Pressure Test Facility), followed by in-service monitoring, and concluding with monitoring/inspections during the overhaul. (author)}
place = {Canada}
year = {2003}
month = {Jul}
}
title = {Darlington Nuclear fuelling machine system monitoring}
author = {Sie, T}
abstractNote = {System monitoring is one of the components needed in ensuring an efficient and healthy system. It provides an accurate look at the condition of the equipment, detects signs of performance deterioration and identifies need for improvements (hardware, procedural, or life cycle limitation/early component replacement, etc.). This paper deals only with the system monitoring part. The discussion will be laid out in chronological order according to the Fuelling Machine life cycle, starting with activities at PTF (Pressure Test Facility), followed by in-service monitoring, and concluding with monitoring/inspections during the overhaul. (author)}
place = {Canada}
year = {2003}
month = {Jul}
}