International audienceWith the increase of implantation dose in new technologies, implanted photoresist stripping is even more challenged in terms of efficiency and substrate consumption. In this work, the effect of implantation parameters (energy and implanted specie) on the photoresist modifications are studied and several plasma chemistries are evaluated to remove it. A good removal efficiency with a low substrate consumption has been found with H2-based processes especially N2H2
© 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim. To meet the demands for sub-20 nm feature devic...
A new type of high-dose ion-implanted photoresist (HDI PR) stripping method was reported based on su...
The results of experimental investigation of the process of removing photoresistive protection layer...
International audienceWith the increase of implantation dose in new technologies, implanted photores...
Les filières avancées CMOS et photonique nécessitent des procédés d’implantation utilisant des condi...
The characteristics of heavi ly ion- implanted photoresist films were studied in relat ion to types ...
Stripping photoresist after High Dose Implantation (HDI) is becoming a critical step with the increa...
In the processing of integrated circuits, the source and drain of a p-type and n-type complementary ...
High dosed ion implanted (HDI) photoresist is well-known to be difficult to remove by conventional w...
Conventionally, plasma ash followed by a wet clean has been used to strip implanted photoresists on ...
The usage of phase fluid based stripping agents to remove photoresists from silicon substrates was s...
Chemical systems containing oxidants are widely used at various stages in semiconductor processing, ...
The development of a plasma strip process, in which an oxygen plasma removes photoresist films from ...
Reactive strippers are now widely used in semiconductor manufacture for the removal of photoresists....
Damage generated by ion implantation have a strong influence on the performance of the silicon subst...
© 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim. To meet the demands for sub-20 nm feature devic...
A new type of high-dose ion-implanted photoresist (HDI PR) stripping method was reported based on su...
The results of experimental investigation of the process of removing photoresistive protection layer...
International audienceWith the increase of implantation dose in new technologies, implanted photores...
Les filières avancées CMOS et photonique nécessitent des procédés d’implantation utilisant des condi...
The characteristics of heavi ly ion- implanted photoresist films were studied in relat ion to types ...
Stripping photoresist after High Dose Implantation (HDI) is becoming a critical step with the increa...
In the processing of integrated circuits, the source and drain of a p-type and n-type complementary ...
High dosed ion implanted (HDI) photoresist is well-known to be difficult to remove by conventional w...
Conventionally, plasma ash followed by a wet clean has been used to strip implanted photoresists on ...
The usage of phase fluid based stripping agents to remove photoresists from silicon substrates was s...
Chemical systems containing oxidants are widely used at various stages in semiconductor processing, ...
The development of a plasma strip process, in which an oxygen plasma removes photoresist films from ...
Reactive strippers are now widely used in semiconductor manufacture for the removal of photoresists....
Damage generated by ion implantation have a strong influence on the performance of the silicon subst...
© 2015 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim. To meet the demands for sub-20 nm feature devic...
A new type of high-dose ion-implanted photoresist (HDI PR) stripping method was reported based on su...
The results of experimental investigation of the process of removing photoresistive protection layer...