The thermal conductivity of neutron-irradiated reactor-grade graphites made from needle coke (H-327), Gilsocoke (H-328), and isotropic petroleum coke (H-451) was measured between 22 and 800ยฐC. Irradiation temperatures were between 600 and 16OO"C, and fast neutron fluences ranged up to lO22 n/cm\* (E
Relation between thermal and electrical conductivities of fast neutron irradiated reactor graphite
โ Scribed by W Van Witzenburg; H.J Veringa
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 130 KB
- Volume
- 13
- Category
- Article
- ISSN
- 0008-6223
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๐ SIMILAR VOLUMES
Ahstraet-Large changes in the interlayer spacing of a graphite crystal can be obtained by the application of pressure or by fast neutron irradiation. In the latter case, it is well known that the thermal expansion coefficient parallel to the hexagonal axis ((I,) decreases substantially, while the ex
Measurements of the thermal conductivity and of the dielectric properties of an epoxy-resin irradiated by fast and thermal neutrons are presented. The discussion of the experimental results accounts for the radiation dose and energy of neutrons.
scattering at the boundaries is one of the causes and possibly the dominant one for the observed negative magnetoresistance. 161. Non-linear conduction in graphite at high electric field S. Mizushima (School of En~~e~~g, K&o ~n~ve~~, Tokyo, &pan). Saturation of current in graphite at high electric