Lösliche Boratgläser als Alternative zur Schmelzkerntechnologie. - In: Kurzreferate, (2004), S. 279-282
Neue Betrachtungen und experimentelle Ergebnisse zur Wirkung von Lorentzkräften in elektrisch beheizten Glasschmelzen. - In: Kurzreferate, (2004), S. 104-107
"Tight Junctions" - MicroLab-Module in der Biomechatronik. - In: Abstracts, (2004), insges. 1 S.
Abstract: "Syn & Sort" : ein Chip basiertes Tool zur kombinatorischen Synthese und biologischem Screening. - In: Abstracts, (2004), insges. 1 S.
GaN-based sensors for applications in nano- and picofluidic systems. - In: Abstracts, (2004), insges. 1 S.
Fabrication of microstructured glass components by drawing technology. - In: Actuator 2004, (2004), S. 506-509
A novel class of sensors for system integrative concepts in biotechnological applications. - In: Technische Systeme für Biotechnologie und Umwelt, (2004), S. 163-169
Anisotropy of the dielectric function for wurtzite InN. - In: Superlattices and microstructures, ISSN 1096-3677, Bd. 36 (2004), 4/6, S. 591-597
http://dx.doi.org/10.1016/j.spmi.2004.09.016
Dehnungsverhalten vergrabener Widerstände. - In: Deutsche IMAPS Konferenz, (2004), insges. 8 S.
Laser forming of LTCC ceramics for hot-plate gas sensors. - In: Proceedings, (2004), S. 287-292
Hot-plate LTCC gas sensors combine advantages of silicon structures (low power consumtion) and typical ceramics gas sensors /stabilita and reliability. Such elements can be integrated in MEMS packages as well as in ceramic sensor arrays. Morever, they can be produced in small series with relatively low cost. One important key in hot-plate design are properly formed beams. - This paper present possibilities and problems related to laser forming of LTCC ceramics for hot-plate gas sensors. Influence of beam width on power consumtion and temperature distribution is dicussed. Possibilities to achieve beam width as narrow as possible application of LTCC ceramics in such type of gas sensors.