Abstract. This paper deals with the deposition of a-C:H and a-Si:H using the expanding thermal arc technique. The method is compared with other deposition techniques. The basics of the technique are explained and recent results on the deposition of high-quality a-C:H and a-Si:H are discussed. It is shown that high rates, 7 nm s−1 for a-Si:H and 50 nm s−1 for a-C:H, are possible without loss of quality. 1
Plasma and in situ film studies have been applied to the expanding thermal plasma toobtain basic ins...
The basic elements of expanding plasma beam deposition are explained. The principle of dissociation ...
By separating plasma production and plasma deposition and by taking advantage of the high specific i...
This paper deals with the deposition of a-C:H and a-Si:H using the expanding thermal arc technique. ...
Summary form only given. A fast deposition method, utilizing a thermal plasma which expands into a v...
A high-density expanding recombining plasma is investigated for deposition of a-Si:H thin films. The...
Amorphous Hydrogenated Silicon (a-Si:H) is a material that is widely used in the field of solar cell...
A remote argon/hydrogen plasma is used to deposit amorphous hydrogenated silicon. The plasma is gene...
Plasma and in situ film studies have been applied to the expanding thermal plasma toobtain basic ins...
The basic elements of expanding plasma beam deposition are explained. The principle of dissociation ...
By separating plasma production and plasma deposition and by taking advantage of the high specific i...
This paper deals with the deposition of a-C:H and a-Si:H using the expanding thermal arc technique. ...
Summary form only given. A fast deposition method, utilizing a thermal plasma which expands into a v...
A high-density expanding recombining plasma is investigated for deposition of a-Si:H thin films. The...
Amorphous Hydrogenated Silicon (a-Si:H) is a material that is widely used in the field of solar cell...
A remote argon/hydrogen plasma is used to deposit amorphous hydrogenated silicon. The plasma is gene...
Plasma and in situ film studies have been applied to the expanding thermal plasma toobtain basic ins...
The basic elements of expanding plasma beam deposition are explained. The principle of dissociation ...
By separating plasma production and plasma deposition and by taking advantage of the high specific i...