New routes of pulsed-laser-induced and ion-beam-induced surface synthesis and modification of oxides, nitrides and carbides are discussed. Specifically, the processes of pulsed-laser-induced reactive quenching at liquid-solid interfaces and pulsed laser evaporation for compound film formation are discussed at length. In the context of ion beam applications, interesting examples of the use of ion implantation and ion beam mixing techniques are presented
The technique of pulsed laser deposition (PLD) has been studied since the discovery of the laser ove...
We have conducted surface treatment and alloying experiments with Al, Fe, and Ti-based metals on the...
High-power pulsed-laser-induced reactive quenching at liquid-solid interface is used for the first t...
Les résultats expérimentaux de la synthèse laser-plasma de composés de métaux réfractaires (nitrures...
Intense pulsed ion beams (500 keV, 30 kA, 0.5 {mu}s) are being investigated for materials processing...
High-power pulsed-laser-induced transformations at liquid-solid interfaces are examined with a view ...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
University of Technology, Sydney. Faculty of Science.This dissertation explores the science and appl...
We review research investigating the application of intense pulsed ion beams (IPIBs) for the surface...
The emerging capability to produce high average power (10--300 kW) pulsed ion beams at 0.2{minus}2 M...
The modification of solid surfaces via the impacts of intense laser pulses and the dynamics of the r...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
We are developing two high-throughput technologies for materials modification. The first is a repeti...
The use of pulsed excimer lasers to surface processing of materials hinges on an understanding of th...
Laser processing of materials in chemically reactive surrounding mediums has been marked with growin...
The technique of pulsed laser deposition (PLD) has been studied since the discovery of the laser ove...
We have conducted surface treatment and alloying experiments with Al, Fe, and Ti-based metals on the...
High-power pulsed-laser-induced reactive quenching at liquid-solid interface is used for the first t...
Les résultats expérimentaux de la synthèse laser-plasma de composés de métaux réfractaires (nitrures...
Intense pulsed ion beams (500 keV, 30 kA, 0.5 {mu}s) are being investigated for materials processing...
High-power pulsed-laser-induced transformations at liquid-solid interfaces are examined with a view ...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
University of Technology, Sydney. Faculty of Science.This dissertation explores the science and appl...
We review research investigating the application of intense pulsed ion beams (IPIBs) for the surface...
The emerging capability to produce high average power (10--300 kW) pulsed ion beams at 0.2{minus}2 M...
The modification of solid surfaces via the impacts of intense laser pulses and the dynamics of the r...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
We are developing two high-throughput technologies for materials modification. The first is a repeti...
The use of pulsed excimer lasers to surface processing of materials hinges on an understanding of th...
Laser processing of materials in chemically reactive surrounding mediums has been marked with growin...
The technique of pulsed laser deposition (PLD) has been studied since the discovery of the laser ove...
We have conducted surface treatment and alloying experiments with Al, Fe, and Ti-based metals on the...
High-power pulsed-laser-induced reactive quenching at liquid-solid interface is used for the first t...