Progress in radiation tolerant materials: Current insights from the perspective of grain size and environmental temperature
Radiation tolerance of materials employed in hostile environments such as nuclear reactors,
outer space and accelerator laboratories is critical for their prolonged functionality. The …
outer space and accelerator laboratories is critical for their prolonged functionality. The …
[HTML][HTML] Impact of proton irradiation on photoluminescent properties of C-doped ZrO2 films prepared by ALD
Amorphous C-doped zirconia thin films grown by ALD technique on fused silica substrates
have high transmittance and significant photoluminescence (PL) capacity suitable for …
have high transmittance and significant photoluminescence (PL) capacity suitable for …
Microstructural investigation of Au ion-irradiated Eu-doped LaPO4 ceramics and single crystals
Ceramics and single crystals of LaPO4 monazite doped with Eu (III) were irradiated with 14
MeV Au5+ ions at three different fluences. Changes to crystallinity, local coordination …
MeV Au5+ ions at three different fluences. Changes to crystallinity, local coordination …
Investigation of radiation tolerance of yttria stabilized zirconia in the ballistic collision regime: Effect of grain size and environmental temperature
The irradiation response of yttria-stabilized zirconia, having different grain sizes, subjected
to 900 keV iodine ions at room temperature and 1000 K is reported. GIXRD and Raman …
to 900 keV iodine ions at room temperature and 1000 K is reported. GIXRD and Raman …
Modelling of track formation in nanocrystalline inclusions in Si3N4
A multiscale modeling is applied to investigate structural changes caused by impacts of swift
heavy ions in Si 3 N 4 nanoclusters imbedded into amorphous and crystalline silicon nitride …
heavy ions in Si 3 N 4 nanoclusters imbedded into amorphous and crystalline silicon nitride …
Synthesis of nano-and ultra-fine refractory carbide powders by low-temperature calcium-carbothermic process and their grain growth during sintering
Metal carbides are widely used in various applications as catalysts, components of
composite materials, cutting tools, and abrasive materials where the particle/grain size has a …
composite materials, cutting tools, and abrasive materials where the particle/grain size has a …
The SHI irradiation induced transition to negative dielectric constant phase in K 2 Bi 4 Ti 4 WO 18
In present communication, a new Aurivillius family compound K 2 Bi 4 Ti 4 WO 18 was
synthesized, and the impact of swift heavy ion (SHI), Ni+ 11 irradiation on its surface and …
synthesized, and the impact of swift heavy ion (SHI), Ni+ 11 irradiation on its surface and …
Radiation response of Y 3 Al 5 O 12 and Nd 3+–Y 3 Al 5 O 12 to Swift heavy ions: insight into structural damage and defect dynamics
Understanding the behavior of a material under irradiation is paramount to its application in
the nuclear industry. The present work explores the radiation response of garnet Y3Al5O12 …
the nuclear industry. The present work explores the radiation response of garnet Y3Al5O12 …
Probing defect-originated properties, actinide-lanthanide do**, and gamma irradiation effect in Lu2Hf2O7 pyrochlore nanocrystals for phosphor and nuclear …
Multifunctional materials are in high demand these days by virtue of their efficacy to perform
more than one role and are expected to ease the high global materials crunch. This work is …
more than one role and are expected to ease the high global materials crunch. This work is …
An empirical study of electrode degradation in gliding arc discharge
MB Ramezani, E Yahaghi, M Nohekhan - Russian Journal of …, 2022 - Springer
Non-thermal plasma can be generated by gliding arc discharge units and is used in various
applications including disinfection of the surface, inactivation of fungi, viruses, and bacteria …
applications including disinfection of the surface, inactivation of fungi, viruses, and bacteria …