IMMS - Search

Reference

801. Measurement of exposition to ultrasound in environmental and industrial areas

Peter Holstein, Nicki Bader, Hans-Joachim Münch, Matthias Domke, Udo Wagner, Tino Hutschenreuther, Sebastian Uziel, virtual 2021 27th International Congress on Sound and Vibration (ICSV27)

Press release

802. MDR Wissen ruft Menschen in Mitteldeutschland zur Meldung von Lärmquellen auf

Menschen in Mitteldeutschland sollen Lärmquellen für die Lärmforschung an MDR Wissen melden. Das IMMS trägt die Datendrehscheibe zum Projekt „StadtLärm“ bei. Foto: IMMS.

IMMS trägt Datendrehscheibe zum Lärmforschungsprojekt „StadtLärm“ bei

Reference

803. MC_NPS

Nano positioning system developed at IMMS with a motion range of Ø100 mm x 10 mm, which is being further developed for industrial use in the MC_NPS project with an adapted signal processor-based motion controller from SIOS. Photograph: IMMS.

Combination of a high-precision drive from research with industrial control for nanometre-precise positioning in high-tech applications

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804. Maßverkörperung mit integriertem Temperiersystem

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805. Markt-Trends

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806. Manufacturing System for ultraprecision polishing of light curved optical parts

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807. Manche mögen's heiß - Silicon-on- Insulator- Bauelemente und ihre Besonderheiten

About us

808. Management of the institute and contact

Univ.-Prof. Dr.-Ing. Ralf Sommer, Scientific Managing Director (right), and Dipl.-Kfm. Martin Eberhardt, Financial Managing Director (left). Photograph: IMMS.

Management of the institute and contact: Together with you, we would like to work on new solutions for the future. You can find the appropriate contact persons here or under the corresponding topics.

Reference

809. Make Some Noise: Energy-Efficient 38 Gbit/s Wide-Range Fully-Configurable Linear Feedback Shift Register

Christoph W. Wagner, Georg Gläser, Thomas Sasse, Gerald Kell, Giovanni Del Galdo, Erfurt, Germany, online 2021 2021 16th Conference on PhD Research in Microelectronics and Electronics (PRIME)

Reference

810. MagSens

ANSYS simulation of the transmission behavior of a magnetostrictive piezoelectric MEMS beam structure. Photograph: IMMS.

IMMS was involved in research on MEMS sensors that will detect the weakest magnetic fields in the future, for example in medical technology.