As an attractive candidate structural material for nuclear applications, the irradiation
resistance of high strength double-phase titanium alloys Ti–6Al–4V has received great …

We report the role of irradiation-induced defects and microstructure evolution in the wake of
1.05 MeV Xe 3+ ion irradiation on the structural and mechanical properties of single-phase …

The present study reports the modifying the properties of carbon quantum dots/titanium
dioxide (CQDs/TiO 2, termed as CT) nanocomposite by Nitrogen (N+) ion beam irradiation in …

The study investigates the effect of gamma radiation on defect formation in 20 nm titanium
nitride (TiN) nanocrystals through positron annihilation lifetime (PALS) and Doppler …

While graphene/metal composites could exhibit excellent irradiation resistance, how to
further improve the irradiation resistance capacity via designing microstructure features of …

Low-energy nuclear reactions are known to be extremely dependent on the local crystal
structure and crystal defects of the deuterated samples. This has a strong influence on both …

We report on defects dynamics during heat treatment in plastically deformed metallic
materials using positron annihilation lifetime spectroscopy carried out on the intense pulsed …

在高能粒子撞击和级联效应作用下, 金属材料内部会产生不同类型的辐照损伤缺陷.
辐照损伤缺陷的聚集和演化会破坏内部结构稳定性, 恶化金属材料综合力学性能 …

In this study, TiN nanocrystals underwent initial irradiation at room temperature using a 60
Co gamma source, employing four absorption doses (50, 200, 900, and 3500 kGy) within a …

Positron annihilation lifetime spectroscopy (PALS) has been used for the first time to
investigate the microstructure of additively manufactured molybdenum. Despite the wide …