W. Vandervorst

Damage accumulation and dopant migration during shallow As and Sb implantation into Si (2003)

Werner, M, Van Den Berg, JA, Armour, DG, Vandervorst, W, Collart, EHJ, Goldberg, RD, ...

The damage evolution and concomitant dopant redistribution as a function of ion fluence during ultra shallow, heavy ion implants into Si have been investigated using medium energy ion scattering...

Cluster formation during annealing of ultra-low-energy boron-implanted silicon (2000)

Collart, EJH, Murell, AJ, Foad, MA, Van Den Berg, JA, Zhang, S, Armour, D, ...

The clustering of low-energy ion-implanted boron has been investigated. Two 1 keV boron implantations at doses of 1×1015 and 5×1015 cm–2 were annealed for 10 s between 700 and 1100 °C. The...

Investigation of the formation process of MCs+-molecular ions during sputtering (2000)

Vandervorst, W, VLEKKEN, Johan, D'OLIESLAEGER, Marc, KNUYT, Gilbert, DE SCHEPPER, Luc

In secondary ion mass spectrometry, the detection of MCs+ clusters (with M an element of the specimen) under a Cs+ bombardment is frequently used for the quantification of major elements. Despite...

Investigation of the formation process of MCs+-molecular ions during sputtering (2000)

Vandervorst, W, VLEKKEN, Johan, D'OLIESLAEGER, Marc, KNUYT, Gilbert, DE SCHEPPER, Luc

In secondary ion mass spectrometry, the detection of MCs+ clusters (with M an element of the specimen) under a Cs+ bombardment is frequently used for the quantification of major elements. Despite...

Investigation of the formation of M-2(+)-molecular ions in sputtering processes (1999)

Wu, TD, Vandervorst, W, VLEKKEN, Johan, CROES, Kristof, D'OLIESLAEGER, Marc, KNUYT, Gilbert, ...

The formation process of M-2(+) molecular ions sputtered from elementary target materials is investigated. in a previous article it was shown that these molecules can be used to quantitate major...

Investigation of the formation of M-2(+)-molecular ions in sputtering processes (1999)

Wu, TD, Vandervorst, W, VLEKKEN, Johan, CROES, Kristof, D'OLIESLAEGER, Marc, KNUYT, Gilbert, ...

The formation process of M-2(+) molecular ions sputtered from elementary target materials is investigated. in a previous article it was shown that these molecules can be used to quantitate major...

Quantitation of major elements with secondary ion mass spectrometry by using M-2(+)-molecular ions (1998)

Wu, TD, Vandervorst, W, VLEKKEN, Johan, D'OLIESLAEGER, Marc, KNUYT, Gilbert, DE SCHEPPER, Luc

A new quantitation method, based on the detection of M-2(+) molecular ions, is presented. It has been shown that M-2(+) molecular ions are formed by a recombination process between independently...

Quantitation of major elements with secondary ion mass spectrometry by using M-2(+)-molecular ions (1998)

Wu, TD, Vandervorst, W, VLEKKEN, Johan, D'OLIESLAEGER, Marc, KNUYT, Gilbert, DE SCHEPPER, Luc

A new quantitation method, based on the detection of M-2(+) molecular ions, is presented. It has been shown that M-2(+) molecular ions are formed by a recombination process between independently...