Growing community of inventors

Radebeul, Germany

Axel Preusse

Average Co-Inventor Count = 2.80

ph-index = 6

The patent ph-index is calculated by counting the number of publications for which an author has been cited by other authors at least that same number of times.

Forward Citations = 96

Axel PreusseMarkus Nopper (13 patents)Axel PreusseGerd Marxsen (5 patents)Axel PreusseRobert Seidel (4 patents)Axel PreusseUwe Stoeckgen (3 patents)Axel PreusseTakeshi Nogami (2 patents)Axel PreusseValery M Dubin (2 patents)Axel PreusseCarsten Peters (2 patents)Axel PreusseTorsten Huisinga (2 patents)Axel PreusseAndreas Ott (2 patents)Axel PreusseNorbert Schroeder (2 patents)Axel PreusseSusanne Wehner (2 patents)Axel PreusseHelge Hartz (2 patents)Axel PreusseMatthias Bonkass (2 patents)Axel PreusseFrank Feustel (1 patent)Axel PreusseJoerg Hohage (1 patent)Axel PreusseJuergen Boemmels (1 patent)Axel PreusseOliver Aubel (1 patent)Axel PreusseWolfgang Buchholtz (1 patent)Axel PreusseFrank Mauersberger (1 patent)Axel PreussePetra Hetzer (1 patent)Axel PreusseMichael Friedemann (1 patent)Axel PreusseThomas Ortleb (1 patent)Axel PreusseHolger Schührer (1 patent)Axel PreusseRomy Liske (1 patent)Axel PreusseMarcus Wislicenus (1 patent)Axel PreusseRobert Krause (1 patent)Axel PreusseCharlotte Emnet (1 patent)Axel PreusseLukas Gerlich (1 patent)Axel PreusseBenjamin Uhlig (1 patent)Axel PreusseBerit Freudenberg (1 patent)Axel PreusseMarkus Keil (1 patent)Axel PreusseSascha Bott (1 patent)Axel PreusseElvira Buchholtz (1 patent)Axel PreusseAxel Preusse (29 patents)Markus NopperMarkus Nopper (16 patents)Gerd MarxsenGerd Marxsen (14 patents)Robert SeidelRobert Seidel (28 patents)Uwe StoeckgenUwe Stoeckgen (8 patents)Takeshi NogamiTakeshi Nogami (191 patents)Valery M DubinValery M Dubin (114 patents)Carsten PetersCarsten Peters (28 patents)Torsten HuisingaTorsten Huisinga (19 patents)Andreas OttAndreas Ott (12 patents)Norbert SchroederNorbert Schroeder (4 patents)Susanne WehnerSusanne Wehner (3 patents)Helge HartzHelge Hartz (2 patents)Matthias BonkassMatthias Bonkass (2 patents)Frank FeustelFrank Feustel (53 patents)Joerg HohageJoerg Hohage (31 patents)Juergen BoemmelsJuergen Boemmels (29 patents)Oliver AubelOliver Aubel (12 patents)Wolfgang BuchholtzWolfgang Buchholtz (9 patents)Frank MauersbergerFrank Mauersberger (7 patents)Petra HetzerPetra Hetzer (5 patents)Michael FriedemannMichael Friedemann (4 patents)Thomas OrtlebThomas Ortleb (3 patents)Holger SchührerHolger Schührer (1 patent)Romy LiskeRomy Liske (1 patent)Marcus WislicenusMarcus Wislicenus (1 patent)Robert KrauseRobert Krause (1 patent)Charlotte EmnetCharlotte Emnet (1 patent)Lukas GerlichLukas Gerlich (1 patent)Benjamin UhligBenjamin Uhlig (1 patent)Berit FreudenbergBerit Freudenberg (1 patent)Markus KeilMarkus Keil (1 patent)Sascha BottSascha Bott (1 patent)Elvira BuchholtzElvira Buchholtz (1 patent)
..
Inventor’s number of patents
..
Strength of working relationships

Company Filing History:

1. Advanced Micro Devices Corporation (20 from 12,883 patents)

2. Globalfoundries Inc. (8 from 5,671 patents)

3. Amd Inc. (1 from 10 patents)


29 patents:

1. 9620453 - Semiconductor structure including a layer of a first metal between a diffusion barrier layer and a second metal and method for the formation thereof

2. 9305878 - Integrated circuits and methods for fabricating integrated circuits with capping layers between metal contacts and interconnects

3. 8951900 - Contact elements of a semiconductor device formed by electroless plating and excess material removal with reduced sheer forces

4. 8932911 - Integrated circuits and methods for fabricating integrated circuits with capping layers between metal contacts and interconnects

5. 8883610 - Microstructure device including a metallization structure with self-aligned air gaps between closely spaced metal lines

6. 8450197 - Contact elements of a semiconductor device formed by electroless plating and excess material removal with reduced sheer forces

7. 8389401 - Contact elements of semiconductor devices formed on the basis of a partially applied activation layer

8. 8314494 - Metal cap layer of increased electrode potential for copper-based metal regions in semiconductor devices

9. 8153524 - Providing superior electromigration performance and reducing deterioration of sensitive low-k dielectrics in metallization systems of semiconductor devices

10. 7985329 - Technique for electrochemically depositing an alloy having a chemical order

11. 7981793 - Method of forming a metal directly on a conductive barrier layer by electrochemical deposition using an oxygen-depleted ambient

12. 7947158 - Apparatus and method for removing bubbles from a process liquid

13. 7781329 - Reducing leakage in dielectric materials including metal regions including a metal cap layer in semiconductor devices

14. 7745327 - Method of forming a copper-based metallization layer including a conductive cap layer by an advanced integration regime

15. 7615103 - Apparatus and method for removing bubbles from a process liquid

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12/24/2025
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