Comparison of manual and automated image analysis techniques for characterization of fission gas pores in irradiated U-Mo fuels
Irradiation of low enriched uranium-molybdenum fuel results in the production and
agglomeration of fission gas bubbles that can potentially lead to fuel failure. Manual point
volume fraction counting in accordance with ASTME562 standard has been historically used
to conduct pore size distribution analysis. While effective, the manual methodology is not
efficient and therefore not feasible for the characterization of several fuel plates in a timely
manner. In this contribution, ImageJ and MATLAB software were investigated as suitable …
agglomeration of fission gas bubbles that can potentially lead to fuel failure. Manual point
volume fraction counting in accordance with ASTME562 standard has been historically used
to conduct pore size distribution analysis. While effective, the manual methodology is not
efficient and therefore not feasible for the characterization of several fuel plates in a timely
manner. In this contribution, ImageJ and MATLAB software were investigated as suitable …
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