Graphite testing for nuclear applications : the validity and extension of test methods for material exposed to operating reactor environments /
This compilation of Selected Technical Papers, STP1639, Graphite Testing for Nuclear Applications : The Validity and Extension of Test Methods for Material Exposed to Operating Reactor Environments, contains peer-reviewed papers that were presented at a symposium held virtually September 23-24, 2021...
| Other Authors: | , |
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| Format: | Book |
| Language: | English |
| Published: |
West Conshohocken, Pennsylvania :
ASTM International,
[2022].
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| Series: | Journal of ASTM International. Selected technical papers ;
STP 1639. |
| Subjects: |
Table of Contents:
- Small specimen testing, with image-based analysis, for crack propagation resistance in polygranular nuclear graphite / Thomas Marrow [and others]
- Equibiaxial flexure strength of a superfine grained nuclear graphite / Anne Campbell [and others]
- Effects of microstructural composition, porosity and microcracks on the elastic moduli of nuclear graphites / James B. Spicer [and others]
- Measurement of coefficient of thermal expansion of small graphite specimens / John H. Dinsdale-Potter [and others]
- A review of high-temperature characterization of nuclear graphites / Matthew S. L. Jordan [and others]
- Measurement of gas permeability of irradiated and virgin graphite specimens / John H. Dinsdale-Potter [and others]
- Measurement strategy for an irradiated graphite postirradiation examination campaign / Samantha Wilkinson, Tim Shaw
- Testing methods for graphite exposed to molten salt reactor environment / Dongbo Xiong, Derek Tsang
- Evaluating the effects of molten salt on graphite properties: gaps, challenges, and opportunities / Nidia C. Gallego [and others]
- Investigation of size effects in test methods used for irradiated and oxidized graphite / Athanasia Tzelepi [and others]
- A microstructural modeling-based approach to graphite oxidation beyond ASTM D7542 / Ryan M. Paul [and others]
- Performance of graphite oxidation with environmental and specimen geometry variations / Rebecca E, Smith, William Windes.