Comparative Evaluation of Sol--Gel Fuel Fabrication Costs.

Washburn, T.N.; Lotts, A.L.; Harrington, F.E.

doi:10.2172/4181434

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Fabrication Development1

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1967

1969

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Cited by 3 publications

(1 citation statement)

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“…The microspheres of controlled size can be used for (1) low-energy vibratory compaction (Sphere-Pac) for metal-clad bulk oxide fuels, (2) as the oxi~e phase in dispersion fuels, or (3) coated w~t~ pyrolytic carbon and incoyporated into graphite-matrix elements. The dense angular particles} called shards, are suitable for high-energy vibratory compaction (Vi-Pac) for metal-clad bulk oxide f'uels.…”

Section: Fabrication Developmentmentioning

confidence: 99%

Fabrication and Irradiation Testing of Sol--Gel Fuels at Oak Ridge National Laboratory.

Olsen¹,

Sease²,

Fitts³

et al. 1967

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Section: Fabrication Developmentmentioning

confidence: 99%

Fabrication and Irradiation Testing of Sol--Gel Fuels at Oak Ridge National Laboratory.

Olsen¹,

Sease²,

Fitts³

et al. 1967

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Vibratory Compaction: III, Rate of Entry

Ayer¹,

Soppet²

1969

J American Ceramic Society

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A study of the rates at which fine particles can be vibratorily infiltrated into a column matrix of packed coarser particles is reported. Infiltration and compaction rates of angular tetra‐hedra, rounded tetrahedra, and spheres were compared. The dependence of infiltration rate on ratio of the sizes of matrix to infiltrating particles and the interparticle void fraction in the matrix were found. The influence of acceleration and frequency of vibration on infiltration rate was also determined.

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A Jaw Crusher for Plutonium Ceramics

Ayer

Osuna

1968

Nuclear Applications

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Comparative Evaluation of Sol--Gel Fuel Fabrication Costs.

Cited by 3 publications

References 9 publications

Fabrication and Irradiation Testing of Sol--Gel Fuels at Oak Ridge National Laboratory.

Fabrication and Irradiation Testing of Sol--Gel Fuels at Oak Ridge National Laboratory.

Vibratory Compaction: III, Rate of Entry

A Jaw Crusher for Plutonium Ceramics

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