Add to ORKGThe main objectives are to study the effect of some processing parameters on the synthesis of diamond films on silicon and other substrates.Master of Engineering (SME
International audienceIn today's nanoelectronics devices, thermal management is a major issue to min...
Diamond (Dia) films are promising heat-dissipative materials for electronic packages because they co...
Diamond is the hardest and the best heat conducting material known, transparent in the visible and i...
The main objectives are to study the effect of some processing parameters on the synthesis of diamon...
The studies in this dissertation cover on various techniques to uncover morphologies of diamond film...
Thermal dissipating is very important in the semiconductor industry, because every semiconductor com...
Diamond thin films were obtained by heteroepitaxial nucleation with substrate bias on (001) silicon ...
Pan Stanford Series on Intelligent NanosystemsISBN 9789814411424 - CAT# N10798 pour le livreInternat...
The chemical stability of polycrystalline diamond subjected to common silicon device integrated circ...
Natural diamond is one of the most rare and precious gemstones known to mankind. In addition, it is ...
The very high thermal conductivity of diamond was first noted in measurements performed by Eucken on...
International audienceBecause of its high thermal conductivity and dielectric strength, diamond is a...
International audienceThe synthesis of diamond films with extreme insulating properties is of great ...
Diamond (Dia) films are promising heat-dissipative materials for electronic packages because they co...
The electrical behaviour of metal/diamond/silicon structures was investigated by current-voltage mea...
International audienceIn today's nanoelectronics devices, thermal management is a major issue to min...
Diamond (Dia) films are promising heat-dissipative materials for electronic packages because they co...
Diamond is the hardest and the best heat conducting material known, transparent in the visible and i...
The main objectives are to study the effect of some processing parameters on the synthesis of diamon...
The studies in this dissertation cover on various techniques to uncover morphologies of diamond film...
Thermal dissipating is very important in the semiconductor industry, because every semiconductor com...
Diamond thin films were obtained by heteroepitaxial nucleation with substrate bias on (001) silicon ...
Pan Stanford Series on Intelligent NanosystemsISBN 9789814411424 - CAT# N10798 pour le livreInternat...
The chemical stability of polycrystalline diamond subjected to common silicon device integrated circ...
Natural diamond is one of the most rare and precious gemstones known to mankind. In addition, it is ...
The very high thermal conductivity of diamond was first noted in measurements performed by Eucken on...
International audienceBecause of its high thermal conductivity and dielectric strength, diamond is a...
International audienceThe synthesis of diamond films with extreme insulating properties is of great ...
Diamond (Dia) films are promising heat-dissipative materials for electronic packages because they co...
The electrical behaviour of metal/diamond/silicon structures was investigated by current-voltage mea...
International audienceIn today's nanoelectronics devices, thermal management is a major issue to min...
Diamond (Dia) films are promising heat-dissipative materials for electronic packages because they co...
Diamond is the hardest and the best heat conducting material known, transparent in the visible and i...