Conduction electron paramagnetic resonance of colloidal lithium in ultraviolet irradiated LiH single crystals

Gavrilov, F. F.; Kanunnikov, N. I.; Коваленко, Е. Г.; Pilipenko, G. I.; Silkin, N. I.; Степанов, В. Г.

doi:10.1007/bf00890236

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Potential Irradiation Swelling Mechanisms1

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2016

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“…This gross decomposition is associated with volume changes of 25 per cent or more. [23][24][25][26] Generally, hydrogen gas (H 2 ) is believed to form due to irradiation stripping of electrons off adjacent H atoms in the lithium hydride crystal lattice, allowing the atoms to bond to each other, forming relatively stable H 2 . The formed H 2 either stays in position, or diffuses to form bubbles (or leaves the sample), or recombines with Li to form lithium hydride.…”

Section: Potential Irradiation Swelling Mechanismsmentioning

confidence: 99%

A review of irradiation stability of lithium hydride neutron shielding material

Wang

Xia

et al. 2016

Materials Science and Technology

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Lithium hydride remains theoretically the most efficient neutron shield material, showing immense application prospects. The properties of Lithium hydride neutron shielding material, such as use temperature, mechanical properties, thermal conductivity and irradiation swelling behaviour, were reviewed. Factors that affect the irradiation swelling of Lithium hydride were also discussed in this paper. The development trends of lithium hydride neutron shielding material were proposed.

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Section: Potential Irradiation Swelling Mechanismsmentioning

confidence: 99%