Sintering under a high-power electron beam

Temperature Dependences of the Initial Permeability of Lithium-Titanium Ferrites Produced by Solid-State Sintering in Thermal and Radiation-Thermal Modes

“…In recent years, the effect of ionizing radiation fluxes has gained momentum in manufacturing and modification of materials. A fundamental phenomenon of a multiple increase in the speed of multicomponent powder synthesis [11][12][13][14] and sintering of compacts [15][16][17][18][19] induced by radiation-thermal mode was discovered. Sintering of lithiumtitanium ferrites under specific conditions of a combined effect of high temperatures and intense electron fluxesis the most well studied process [20][21][22].…”

Relationships between rare earth oxide polymorphs in thin films treated with water vapour

“…All this may indicate that the material is submitted during the treatment with the electron beam to some kind of "pressure". It is, in fact, well known that the B-phase is obtained under pressure or shock-stress on bulk materials [23,24]. Shock reduction has also been applied to Nb205 [25].…”

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“…In recent years, the effects of ionizing radiation fluxes in the preparation and modification of materials were developed. In this case, the fundamental phenomenon of multiple increases in the synthesis of multicomponent powder materials [13][14][15] and sintering [16][17][18][19][20] under radiation-thermal conditions was discovered. The sintering processes of lithium titanium ferrites were most fully studied under such specific conditions of the combined action of high temperatures and intense electron flows [21,22].…”