In the SiDMeses research project, the long-term stability of hybrid silicon strain sensors was significantly improved by a targeted and accelerated reduction of the mechanical assembly stress and a precise, extremely parallel and symmetrical structure was generated
The new research project NivLer at the CiS Research Institute addresses the development of a retrofit kit for non-invasive pressure measurement in process pipes in order to be able to non-destructively record and digitize various condition variables
The CiS Research Institute is partner of the started joint project “DiaTip”. Together with the partners, the efficient production of diamond tips as well as a suitable assembly process for the joining of two components “active microcantilever” and “diamond tip” shall be developed
In the new project Cryo-Resistance both the further development of industrially manufactured resistance thermometers in cooperation with UST Umweltsensortechnik GmbH and several layout variants based on semiconductor technologies of the CiS Research Institute are pursued
With the started project “Piezo-junction effect based on-chip multi-sensors” the effects of environmental influences on differently designed pn-junctions or more complex bipolar lateral and vertical on-chip silicon structures will be investigated at the CiS Research Institute
Change through innovation – that’s the motto of the Innovation Day for SMEs of the German Federal Ministry of Economic Affairs and Climate Action (BMWK) starting today in Berlin. Dr. Martin Schädel, Business Unit Manager MOEMS and Jessica Thorhauer from Project Controlling present an optical gas sensor at our booth D11 that measures the concentration of carbon dioxide in the air we breathe
In the new research project NH3-BZ, the CiS Research Institute will develop a photoacoustic sensor for hydrogen generation based on green ammonia. For this purpose, so-called crackers are used, which catalytically decompose the ammonia into a gas mixture of hydrogen and nitrogen
Under the abbreviated name Nanolever, a project recently started at the CiS Research Institute with the aim of producing a sensor for determining layer stress. A number of measurement methods use the layer stress as a physical principle. Here, the deformation of a bending beam due to the stress differences of a bimorph is technically exploited
Next week, the SENSOR+TEST in Nuremberg will be one of the most important trade fairs to present current development results as well as to maintain and establish new contacts to customers and partners. The CiS Research Institute is represented with its own booth in hall 1, booth 501 as well as three scientific contributions at the accompanying conference SMSI 2023 – Sensor and Measurement Science International. In addition, we will use the new recruiting offer of the Job Lounge to get to know interested applicants during two slots
Konrad-Zuse-Str. 14
99099 Erfurt
Germany
Tel.: +49 361 663 1410
E-Mail: info@cismst.de
