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FABRICATION DEVELOPMENT OF BORON CARBIDE AND BORON CARBIDE + SILICON CARBIDE MIXTURES FOR POSSIBLE APPLICATION AS LUMPED BURNABLE POISONS IN PWR-2

机译：碳化硼和碳化硼+碳化硅混合物的制备开发可能用于pWR-2中的可挽救毒物

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Wafers having densities greater than 99 percent theoretical were produced from B4C and SiC powder mixtures ranging from 0 to 80 v/o SiC. The effects of starting powder purity and size, blending and hot pressing variables, volume fraction of SiC upon density, and microstructure are presented. The effect of density, B4C particle size, and B4C volume fraction upon the corrosion behav¬ior in 680°F water is given. Factors affecting the preparation of hot-pressed B4C containing boron-enriched or depleted in the iso¬tope B10 are also discussed.nThe fabrication of these wafers into Zircaloy-clad elements by eutectic diffusion bonding and gas-pressure bonding, as well as the characteristics of these plate-type elements are described.

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S. F. Kaufman;
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年度 1964
页码 1-47
总页数 47
原文格式 PDF
正文语种 eng
中图分类工业技术;
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3. Fabrication and characterization of silicon based thermal neutron detector with hot wire chemical vapor deposited boron carbide converter [J] . Pradip Chaudhari, Arvind Singh, Anita Topkar, Nuclear instruments and methods in physics research . 2015,第apra11期

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5. Boron segregation in silicon germanium carbide and silicon carbide alloys and application to p-channel MOSFETs. [D] . Stewart, Eric J. 2004

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6. Erratum: Polozov I. et al. Fabrication of Silicon Carbide Fiber-Reinforced Silicon Carbide Matrix Composites Using Binder Jetting Additive Manufacturing from Irregularly-Shaped and Spherical Powders. Materials 2020 13 1766 [O] . Igor Polozov, Nikolay Razumov, Dmitriy Masaylo, 2020

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FABRICATION DEVELOPMENT OF BORON CARBIDE AND BORON CARBIDE + SILICON CARBIDE MIXTURES FOR POSSIBLE APPLICATION AS LUMPED BURNABLE POISONS IN PWR-2

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