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Institution · Doduco (Germany)

Most cited papers from Doduco (Germany)

What are the most cited papers from Doduco (Germany)?

The most cited paper from Doduco (Germany) is "Investigation on Erosion of Cu/W Contacts in High-Voltage Circuit Breakers" (Jens Tepper, Martin Seeger, Torsten Votteler et al., 2006), with 94 citations. Next come "The colour of gold and its alloys" (58) and "Metallurgical aspects of silver-based contact materials for air-break switching devices for power engineering" (54).

Showing 50 of 72 papers. Every paper is listed.

Most cited papers, sortable by citations and release date
#Paper
1 Investigation on Erosion of Cu/W Contacts in High-Voltage Circuit Breakers Jens Tepper, Martin Seeger, Torsten Votteler et al. · IEEE Transactions on Components and Packaging Technologies 29 Aug 2006 94
2 The colour of gold and its alloys Karl Erdmann Saeger, J. Rodies · Gold bulletin Open access Mar 1977 58
3 Metallurgical aspects of silver-based contact materials for air-break switching devices for power engineering R. Michal, K.E. Saegar · IEEE Transactions on Components Hybrids and Manufacturing Technology Mar 1989 54
4 Gallium tracer diffusion and its isotope effect in germanium U. Södervall, H. Odelius, Alexander R. Lodding et al. · Philosophical magazine. A/Philosophical magazine. A. Physics of condensed matter. Structure, defects and mechanical properties Oct 1986 33
5 Laser-assisted deposition for electronic packaging applications Anton J. Bauer, Joachim Ganz, K.‐F. Hesse et al. · Applied Surface Science Dec 1990 31
6 Development of silver zinc oxide for general-purpose relays T.J. Schoepf, V. Behrens, Thomas Honig et al. · IEEE Transactions on Components and Packaging Technologies Dec 2002 23
7 On the application of W/Cu materials in the fields of power engineering and plasma technology T. Bregel, W. Krauss-Vogt, R. Michal et al. Conference paper 4 Dec 2002 22
8 Investigation on the Switching Behavior of AgSnO2Materials in Commercial Contactors B. Gengenbach, K. Ulrich Mayer, R. Michal et al. · IEEE Transactions on Components Hybrids and Manufacturing Technology Mar 1985 22
9 Erosion Characteristics of Silver-Based Contact Materials In a DC Contactor B. Gengenbach, R. Michal, G.R. Horn · IEEE Transactions on Components Hybrids and Manufacturing Technology Mar 1985 18
10 Switching behavior of silver/graphite contact material in different atmospheres with regard to contact erosion Eduard Vinaricky, V. Behrens Conference paper 27 Nov 2002 17
11 The wettability and dissolution behaviour of gold in soft soldering Helmut Heinzel, Karl Erdmann Saeger · Gold bulletin Open access Mar 1976 15
12 Application of silver-based contact materials in air-break switching devices for power engineering R. Michal, Karl Erdmann Saeger Conference paper 1988 11
13 The Influence of the Bonding Area of welded Contact Tips on Contact Erosion Dietmar Spath, V. Behrens, Michael Finkbeiner et al. Conference paper Sep 2006 11
14 Test results of different silver/graphite contact materials in regard to applications in circuit breakers V. Behrens, Th. Honig, A. Kraus et al. Conference paper 19 Nov 2002 11
15 Analytical Methods to Identify Root Causes for Early Failure of an AC Contactor with Heavy Load Service Life Test V. Behrens, Havva Cinaroglu, B Meidel et al. Conference paper Sep 2019 9
16 Optoelectronical Position Indicators Applied to Arc-Motion Research R. Michal, J. Wassermann · IEEE Transactions on Components Hybrids and Manufacturing Technology Mar 1983 9
17 Tungsten and tungsten carbide based contact materials used in low voltage vacuum contactors V. Behrens, Thomas Honig, Alexander E. Kraus Conference paper 1999 9
18 Internally oxidized silver contact materials – a case for the elastoplasticity of an inhomogeneous body Jiaqi Huang, H. P. Strunk, Werner Wasserbäch et al. · Crystal Research and Technology 9 Sep 2009 9
19 Comparison of Electrode Effects in High-Pressure and Low-Pressure Gas Discharges Like Spark-Gap and Pseudo-Spark Switch J. Christiansen, Klaus H. Frank, Werner Hartmann et al. · NATO ASI series. Series B : Physics Book chapter 1990 9
20 Guidelines for the use of Ag/SnO/sub 2/ contact materials in switching devices for low-voltage power engineering Malte Huck, A. Kraus, R. Michal et al. Conference paper 4 Dec 2002 8
21 Influence of contact material on the performance of a DC contactor V. Behrens, Th. Honig, A. Kraus et al. Conference paper 23 Nov 2002 8
22 Ruhender Kontakt Eduard Vinaricky, Manfred Hück, Wilhelm A. †Merl et al. Book chapter 2016 7
23 Influence of the contact material on the performance of temperature-dependent switching controllers in household appliance V. Behrens, Thomas Honig, A. Kraus Conference paper 8 Nov 2002 6
24 Impact of Mechanical Parameters on Switching Results of Electro-Mechanical Contactors Timo Mützel, Christian Hubrich, Johannes Tasch Conference paper 24 Oct 2021 5
25 Application of a New Ag/SnO2 contact material in AC-contactors Havva Cinaroglu, V. Behrens, Thomas Honig Conference paper Sep 2017 5
26 Effect of Ambient Temperature and Contact Force on Contact Resistance and Overtemperature Behaviour for Power Engineering Contacts V. Behrens, Edgar Siegle, J. Martin Schreiber et al. Conference paper Sep 2012 4
27 Simple boundary element method for three-dimensional magnetostatic problems Norbert Normann, F.-J. Börgermann, Hans Horst Mende · IEEE Transactions on Magnetics May 1985 4
28 10 Contact materials V. Behrens, Wolfgang Weise · Numerical data and functional relationships in science and technology. Group VIII, Advanced materials and technologies, new series Book chapter 2003 4
29 Notizen: Die Zündspannung des Anodenbogens Wilhelm Merl · Zeitschrift für Naturforschung A Open access Dec 1956 3
30 Performance of Different Silver/Tin Oxide Contact Materials for Applications in Low Voltage Circuit Breakers Jutta Rohberg, Thomas Honig, Norbert Witulski et al. Conference paper Sep 2009 3
31 Make and Break Properties of Electrodeposits Hermann Großmann, Manfred Hück, G. Schaudt et al. · IEEE Transactions on Components Hybrids and Manufacturing Technology Mar 1985 3
32 Failure of Arcing Contacts in Low Voltage Switching Devices --Examples, Root Causes, Counter Measures V. Behrens, Thomas Honig, Oliver Lutz et al. Conference paper Oct 2010 3
33 Thermal Resistance and Temperature Cycling Endurance of DCB Substrates William Joseph Martin, B. Waibel, W. Laaser · Hybrid Circuits Feb 1990 3
34 Galvanisch hergestellte Kontaktwerkstoffe Jochen Heber, Hermann Großmann Book chapter 2016 2
35 Korrosionsprüfungen für elektrische Kontakte Eduard Vinaricky, †Ursula Mayer Book chapter 2016 2
36 Strukturuntersuchungen galvanisch abgeschiedener hartgoldniederschläge mit verschiedenen fremdmetall-zusätzen Hermann Großmann, G Horn, Horst Bauer · Journal of the Less Common Metals Nov 1975 2
37 Anwendungsbeispiele für elektrische Kontakte Eduard Vinaricky Book chapter 2002 2
38 Switching Behavior of Ag/SnO2 Contact Materials at High Operating Overload Currents Havva Cinaroglu, V. Behrens, Thomas Honig Conference paper Oct 2018 1
39 Dauerhafte Verbindungen, Steckverbindungen und Gleitkontaktsysteme Joachim Ganz, Isabell Buresch, Eduard Vinaricky et al. Book chapter 2016 1
40 Herstellung von Einzelkontakten Eduard Vinaricky, Albert Keil Book chapter 2016 1
41 Kontaktträger- und Leiterwerkstoffe Eduard Vinaricky, Isabell Buresch, Peter Schüler Book chapter 2016 1
42 Application of a new silver/tin oxide for capacitive loads V. Behrens, Thomas Honig, A. Kraus et al. Conference paper 24 Aug 2005 1
43 Technologien für die Herstellung von Kontaktteilen Eduard Vinaricky Book chapter 2002 1
44 Contact Resistance Behavior of Silver-Based Contact Materials Under Short Break Arc Conditions of a Hybrid Switch Timo Mützel, Havva Cinaroglu Conference paper 6 Oct 2024 0
45 Einführung Eduard Vinaricky Book chapter 2016 0
46 Gleitender Kontakt Eduard Vinaricky, Manfred Faber, Manfred Hück et al. Book chapter 2016 0
47 Anhang Eduard Vinaricky Book chapter 2002 0
48 Prüfverfahren Eduard Vinaricky Book chapter 2002 0
49 Werkstoffe Eduard Vinaricky Book chapter 2002 0
50 Schaltender Kontakt Eduard Vinaricky, Josef Weiser, Karl‐Heinz Schröder et al. Book chapter 2016 0

Citations are OpenAlex's own counts, from its 2026-09-23 snapshot, so the ranking can differ from Google Scholar or Web of Science. A paper is listed for an institution when any of its authors gave it as an affiliation; retracted papers and papers whose citation count cannot be traced to citing works are left out, and a preprint and the article it became are shown once. Release dates are OpenAlex's: where a source gave only a month or a year, that is what is shown. How the lists are chosen.