In this work, the GLAD technique is used to model the femoral head of an orthopedic prosthesis. The work carried out in this thesis aims to better understand the influence of the angle of incidence on the morphology of thin films of transition metal nitrides (TMN) deposited by OAD which gives an idea of the behavior of these coatings on a femoral head of a prosthesis. The methodology used is based on an approach that is both experimental (deposition by reactive magnetron sputtering) and multi-scale digital (Monte Carlo codes: SRIM, SIMTRA and NASCAM). The systems studied are transition metals and binary group IV TMNs (TaN, ZrN) and structured multilayers, promising materials for biomedical applications. The crystalline structure, texture an...
Different works have demonstrated that tantalum, zirconium, and their nitrides present good biocompa...
Titanium nitride thin films are widely used in biomedical implants because of their biocompatibility...
Les alliages de titane sont actuellement très utilisés comme implants orthopédiques de part leurs bo...
In this work, the GLAD technique is used to model the femoral head of an orthopedic prosthesis. The ...
Dans ce travail, la technique du GLAD est utilisée pour modéliser la tête fémorale d’une prothèse or...
The wear and corrosion attack on mobile components of surgical implants, like femoral prosthesis, ar...
Le dépôt de films minces par condensation d’un flux de vapeur en incidence oblique (OAD) permet d’ob...
The deposition of thin films by condensation of vapor fluxes at oblique angles (oblique angle deposi...
With the increase in life expectancy, there has been a raise in the use of prostheses due to the nee...
Coating of Ti-6Al-4V alloy substrates with TiN/Ti multi-layered films by magnetron sputtering in Ar...
The objective in this investigation was to design and commission a magnetron sputter deposition syst...
Ti/TiN biocompatible multilayers were deposited on 316L stainless steel substrates by reactive magne...
This study focuses on the functionalized modification of Ti-6Al-4V and CoCrMo alloys substrates wide...
Total hip joint replacements are considered successful in providing patients with close- to-normal l...
Abstract. The paper presents the results related to the improvement of the corrosion protection and ...
Different works have demonstrated that tantalum, zirconium, and their nitrides present good biocompa...
Titanium nitride thin films are widely used in biomedical implants because of their biocompatibility...
Les alliages de titane sont actuellement très utilisés comme implants orthopédiques de part leurs bo...
In this work, the GLAD technique is used to model the femoral head of an orthopedic prosthesis. The ...
Dans ce travail, la technique du GLAD est utilisée pour modéliser la tête fémorale d’une prothèse or...
The wear and corrosion attack on mobile components of surgical implants, like femoral prosthesis, ar...
Le dépôt de films minces par condensation d’un flux de vapeur en incidence oblique (OAD) permet d’ob...
The deposition of thin films by condensation of vapor fluxes at oblique angles (oblique angle deposi...
With the increase in life expectancy, there has been a raise in the use of prostheses due to the nee...
Coating of Ti-6Al-4V alloy substrates with TiN/Ti multi-layered films by magnetron sputtering in Ar...
The objective in this investigation was to design and commission a magnetron sputter deposition syst...
Ti/TiN biocompatible multilayers were deposited on 316L stainless steel substrates by reactive magne...
This study focuses on the functionalized modification of Ti-6Al-4V and CoCrMo alloys substrates wide...
Total hip joint replacements are considered successful in providing patients with close- to-normal l...
Abstract. The paper presents the results related to the improvement of the corrosion protection and ...
Different works have demonstrated that tantalum, zirconium, and their nitrides present good biocompa...
Titanium nitride thin films are widely used in biomedical implants because of their biocompatibility...
Les alliages de titane sont actuellement très utilisés comme implants orthopédiques de part leurs bo...