Development and Evaluation of Measurement Devices Used to Support Testing of Radioactive Material Transportation Packages*

Year
1992
Author(s)
W.L. Uncapher - Sandia National Laboratories, USA
D.J. Ammerman - Sandia National Laboratories
D. R. Stenberg - Sandia National Laboratories
D. R. Bronowski - Sandia National Laboratories, USA
M. Arviso - Sandia National Laboratories, USA
File Attachment
1403.PDF2.25 MB
Abstract
Radioactive material package designers use structural testing to verify and demonstrate package performance. A major part of evaluating structural response is the collection of instrumentation measurement data. Sandia National Laboratories (SNL) has an ongoing program to develop and evaluate measurement devices to support testing of radioactive material packages. Measurement devices developed in support of this activity include evaluation channels, ruggedly constructed linear variable differential transformers, and piezoresistive accelerometers with enhanced measurement capabilities. In addition to developing measurement devices, a method has been derived to evaluate accelerometers and strain gages for measurement repeatability, ruggedness, and manufacturers' calibration data under both laboratory and field conditions. The developed measurement devices and evaluation technique will be discussed and the results of the evaluation will be presented.