Abstract
A study using a pulsed laser deposition (PLD) technique was accomplished by growing NiTi nanoparticles on glass and stainless steel 316L substrates. The effects of laser energy state of deposition on the granule size of the NiTi nanoparticle and the structural properties of its thin film were discussed. X-ray diffraction analyses revealed that the films prepared at 65[Formula: see text]W, 75[Formula: see text]W, 85[Formula: see text]W, 100[Formula: see text]W exhibited amorphous structures. AFM results confirmed that the thin films consist of evenly distributed spherical particles. The results also showed an exponential increase in those particles’ sizes.
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