[[abstract]]The initial stages of NH3 exposure on Si (100) & (111) at different substrate temperatures and post annealing in different ambient gases have been investigated. On the Si (100) surface, at 850 degreesC and very high (similar to1050 degreesC) temperatures, NH3 dissociated and nitridized the Si interface. The degree of nitride crystallization has been enhanced at elevated temperature (similar to1050 degreesC). The interfacial trapped density is lower at higher temperature. I-V measurements indicated that the electrical properties are improved as the substrate temperature is raised. The results were directly related to the better interfacial registry. For the Si(111) substrate, the trends are similar to Si(100), but are more promin...
The interfacial reactions at the interfaces of the Sn/Si system were studied by means of tunable-sam...
Surface passivation by hydrogenated amorphous silicon nitride (a-SiN x:H) is determined by the combi...
[[abstract]]The direct thermal nitridation of silicon by ammonia in a molecular‐beam epitaxial react...
Ultra-thin silicon nitride films grown by exposure of Si(111) substrates to a flux of atomic nitroge...
[[abstract]]In this experiment the ultrahigh vacuum environment of a molecular‐beam epitaxy reactor ...
A detailed investigation of the growth mechanism of ultra-thin silicon nitride (Si3N4) films on Si(1...
We report the impact of post-deposition thermal annealing (in nitrogen ambient) on the evolution of ...
Device quality SiO2 films with a thickness of 15 nm have been thermally nitrided in NH3 by a rapid t...
In this paper, a summary of the development of high-temperature silicon nitride (T > 1200 degrees C)...
The reaction mechanisms of nitrogen containing compounds on semiconductor surfaces and the structure...
Abstract. Layer-by-layer growth of silicon nitride by NH, and SiH, was investigated using an ultracl...
The chemical interaction of a Si3N4 ceramic with pristine and oxidised 100Cr6 steel was studied by m...
Silicon samples have been chemically treated in order to get a Si(111) 1x1 : H surface under ultrahi...
Thermal nitr idation of silicon in ammonia or ammonia-argon mixtures at temperatures between 900 ~ a...
Prior to exposing to plasma for surface activation, dipping the silicon nitride (Si3N4) surfaces on ...
The interfacial reactions at the interfaces of the Sn/Si system were studied by means of tunable-sam...
Surface passivation by hydrogenated amorphous silicon nitride (a-SiN x:H) is determined by the combi...
[[abstract]]The direct thermal nitridation of silicon by ammonia in a molecular‐beam epitaxial react...
Ultra-thin silicon nitride films grown by exposure of Si(111) substrates to a flux of atomic nitroge...
[[abstract]]In this experiment the ultrahigh vacuum environment of a molecular‐beam epitaxy reactor ...
A detailed investigation of the growth mechanism of ultra-thin silicon nitride (Si3N4) films on Si(1...
We report the impact of post-deposition thermal annealing (in nitrogen ambient) on the evolution of ...
Device quality SiO2 films with a thickness of 15 nm have been thermally nitrided in NH3 by a rapid t...
In this paper, a summary of the development of high-temperature silicon nitride (T > 1200 degrees C)...
The reaction mechanisms of nitrogen containing compounds on semiconductor surfaces and the structure...
Abstract. Layer-by-layer growth of silicon nitride by NH, and SiH, was investigated using an ultracl...
The chemical interaction of a Si3N4 ceramic with pristine and oxidised 100Cr6 steel was studied by m...
Silicon samples have been chemically treated in order to get a Si(111) 1x1 : H surface under ultrahi...
Thermal nitr idation of silicon in ammonia or ammonia-argon mixtures at temperatures between 900 ~ a...
Prior to exposing to plasma for surface activation, dipping the silicon nitride (Si3N4) surfaces on ...
The interfacial reactions at the interfaces of the Sn/Si system were studied by means of tunable-sam...
Surface passivation by hydrogenated amorphous silicon nitride (a-SiN x:H) is determined by the combi...
[[abstract]]The direct thermal nitridation of silicon by ammonia in a molecular‐beam epitaxial react...