The authors report on the effects of ion implantation and rapid thermal annealing on the electrical transport properties of TiSi2 and MoSi2. The silicide layers were formed by solid phase reactions of sputtered metal films with silicon. Some of the wafers were implanted at room temperature with arsenic. To investigate the damage recovery, one of the samples were subjected to rapid thermal annealing. The resistivities of the silicides were measured in the van der Pauw configuration. The results are presented and discussed
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
Diodes with high conductivity Molybdenum-silicide-contacts were fabricated using self-aligned silici...
The effects of ion-irradiation and subsequent rapid thermal annealing have been studied in thin TiSi...
The effects of ion-irradiation and subsequent rapid thermal annealing have been studied in thin TiSi...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The properties of TiSi3 silicide thin films produced either by reaction or by sputtering have been i...
Electrical transport and optical properties of transition-metal silicides are reviewed. They are int...
We report on the fabrication of CMOS-compatible transition metal disilicides (CoSi2, TaSi2, and TiSi...
Electrical transport and optical properties of transition-metal silicides are reviewed. They are int...
Layers of MoSi2 were fabricated by implanting arsenic ions through Mo films on Si and subsequent ann...
MoSi2 layers were fabricated by ion-beam mixing and subsequent annealing. The mixing was performed b...
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
Diodes with high conductivity Molybdenum-silicide-contacts were fabricated using self-aligned silici...
The effects of ion-irradiation and subsequent rapid thermal annealing have been studied in thin TiSi...
The effects of ion-irradiation and subsequent rapid thermal annealing have been studied in thin TiSi...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
A study of the effects of thermal annealing on the transport properties in arsenic implanted silicon...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The properties of TiSi3 silicide thin films produced either by reaction or by sputtering have been i...
Electrical transport and optical properties of transition-metal silicides are reviewed. They are int...
We report on the fabrication of CMOS-compatible transition metal disilicides (CoSi2, TaSi2, and TiSi...
Electrical transport and optical properties of transition-metal silicides are reviewed. They are int...
Layers of MoSi2 were fabricated by implanting arsenic ions through Mo films on Si and subsequent ann...
MoSi2 layers were fabricated by ion-beam mixing and subsequent annealing. The mixing was performed b...
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
The role of interfaces with respect to the use of silicides in electronic technology is analyzed fro...
Diodes with high conductivity Molybdenum-silicide-contacts were fabricated using self-aligned silici...