Multilayers consisting of five (Al/Ti) bilayers were deposited on (100) silicon wafers. On top was deposited the Ti layer, aimed at preventing Al from diffusing to the surface upon laser treatment. The total thickness of the thin-film structure was 200 nm. Laser irradiations with Nd:YAG picoseconds laser pulses in the defocused regime were performed in air. Laser beam energy was 4 mJ and laser spot diameter on the sample surface was 3 mm (fluence 0.057 J cm(-2)). The samples were treated with different numbers of laser pulses. Structural characterizations were performed by different analytical methods and nano-hardness was also measured. Laser processing induced layer intermixing, formation of titanium aluminides, oxidation of the surface t...
Direct energy deposition (DED) via laser processing, operated under standard conditions with a local...
A major part of additive manufacturing focuses on the fabrication of metallic parts in different fie...
Producing alloys via in-situ laser alloying approach is becoming very easy and a topical issue in th...
Multilayers consisting of five (Al/Ti) bilayers were deposited on (100) silicon wafers. On top was d...
Multilayer structures, consisting of 15 alternate Ti and Al thin films, and covered with thicker Ti ...
Multilayered 5x(Al/Ti) structures, deposited on a Si substrate to a total thickness of 130 nm, were ...
In this study, multilayered structures consisting of eight (Al/Ti) bilayers deposited by d.c. ion sp...
Structural and compositional modifications of multilayered Al/Ti nano-structures induced by nanoseco...
A study of the effects of laser irradiation on the morphology and structure of Al/Ti and Ni/Ti multi...
Results concerning the controllable ablation of nano-layered thin films (NLTF) by femtosecond laser ...
The effects of UV femtosecond laser beam with 76 MHz repetition rate on two types of thin films on S...
Formation of periodic nanostructures on the Ti/5x(Al/Ti)/Si multilayers induced by picosecond laser ...
Results regarding morphological and compositional changes of bimetallic thin film (BMTF), composed o...
The interaction of ultra-short laser pulses with Titanium/Aluminium (Ti/Al) nano-layered thin film w...
The conditions of ultra-thin oxide films synthesized as the Al/Fe multilayer structures after the su...
Direct energy deposition (DED) via laser processing, operated under standard conditions with a local...
A major part of additive manufacturing focuses on the fabrication of metallic parts in different fie...
Producing alloys via in-situ laser alloying approach is becoming very easy and a topical issue in th...
Multilayers consisting of five (Al/Ti) bilayers were deposited on (100) silicon wafers. On top was d...
Multilayer structures, consisting of 15 alternate Ti and Al thin films, and covered with thicker Ti ...
Multilayered 5x(Al/Ti) structures, deposited on a Si substrate to a total thickness of 130 nm, were ...
In this study, multilayered structures consisting of eight (Al/Ti) bilayers deposited by d.c. ion sp...
Structural and compositional modifications of multilayered Al/Ti nano-structures induced by nanoseco...
A study of the effects of laser irradiation on the morphology and structure of Al/Ti and Ni/Ti multi...
Results concerning the controllable ablation of nano-layered thin films (NLTF) by femtosecond laser ...
The effects of UV femtosecond laser beam with 76 MHz repetition rate on two types of thin films on S...
Formation of periodic nanostructures on the Ti/5x(Al/Ti)/Si multilayers induced by picosecond laser ...
Results regarding morphological and compositional changes of bimetallic thin film (BMTF), composed o...
The interaction of ultra-short laser pulses with Titanium/Aluminium (Ti/Al) nano-layered thin film w...
The conditions of ultra-thin oxide films synthesized as the Al/Fe multilayer structures after the su...
Direct energy deposition (DED) via laser processing, operated under standard conditions with a local...
A major part of additive manufacturing focuses on the fabrication of metallic parts in different fie...
Producing alloys via in-situ laser alloying approach is becoming very easy and a topical issue in th...