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"item_title" : "Validation of Smart Sensor Technologies for Instrument Calibration Reduction in",
"item_author" : [" D. W. Mitchell", "K. M. Petersen", "C. S. Shell "],
"item_description" : "This report presents key results of a research and development project to validate new techniques for on-line testing of calibration drift in the process instrumentation channels of nuclear power plants. These techniques generally involve a computer-based data acquisition and data analysis system to trend the output of a large number of instrument channels and identify the channels that have drifted out of tolerance. The authors demonstrate that replacing conventional surveillance tests with on-line testing promotes plant efficiency by helping to limit calibration to those channels that actually need it.",
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Validation of Smart Sensor Technologies for Instrument Calibration Reduction in
Overview
This report presents key results of a research and development project to validate new techniques for on-line testing of calibration drift in the process instrumentation channels of nuclear power plants. These techniques generally involve a computer-based data acquisition and data analysis system to trend the output of a large number of instrument channels and identify the channels that have drifted out of tolerance. The authors demonstrate that replacing conventional surveillance tests with on-line testing promotes plant efficiency by helping to limit calibration to those channels that actually need it.
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Details
- ISBN-13: 9781499577044
- ISBN-10: 1499577044
- Publisher: Createspace Independent Publishing Platform
- Publish Date: June 2014
- Dimensions: 10 x 7.01 x 0.37 inches
- Shipping Weight: 0.68 pounds
- Page Count: 172
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