NIVo – Novel isothermal sensor through front cavities
The market for thermopile sensors is growing and will continue to gain from the current COVID pandemic. In the current project NIVo two established principles are combined to a novel isothermal sensor by front cavities and thus the innovation capability in this field is further developed
AmmoniaSense – Development of an in-line measuring system using an innovative ammonia sensor
The aim of the newly launched ZIM cooperation project AmmoniaSense is to record the ammonia concentration with a stationary inline measuring system in order to optimally control biogas plants. The CiS Research Institute is developing the ammonia sensor system, which will be used in combination with a hydrogen sulphide sensor
Save the date – 9th Beam Telescopes and Test Beams Workshop
An overview lecture on silicon processing techniques will be given by Prof. Thomas Ortlepp at the “Beam Telescopes and Test Beams Workshop” on 8 February at 13:00. The online lecture will explain which types of silicon processing techniques exist and how they can be applied to the production of silicon radiation detectors
Ammonia gas sensor for AdBlu® control system
Ammonia gas sensor for AdBlu® control – Spectroscopically operating sensor concepts sensitively and reliably select ammonia concentration in the exhaust tract of a diesel engine. In the NHxSens project, a miniaturised non-dispersive ultra-violet (NDUV) spectrometer is being developed for exhaust gas analysis
Innovative process and safety sensor technology for “green hydrogen”
The German government’s National Hydrogen Strategy is a building block for a successful climate change and secure energy supply. As a development partner for application-specific silicon sensors, the CiS Research Institute is dedicated to the topic of “green hydrogen” in research projects. Cooperation on current research topics, including hydrogen, is bundled at the regional level by the FTVT
Long-term stable passivation of piezoresistive sensors for demanding sensor environments
Direct contact with the medium is difficult to implement for silicon-based microsensors. In order to fully exploit miniaturisation, corrosion protection is applied at chip level. This makes an application in more demanding environments possible even without additional protective constructions
Silicon detector for electrons with energies of 1 keV
Increasing the quantum efficiency of silicon diodes in scanning electron microscopes – The SiekeV research project is working on improving scanning electron microscopes for analysing near-surface structures. The detection of low-energy electrons makes it possible to take very surface-sensitive SEM images
Burgermann brings Christmas menu
Since a classic joint end-of-year event with all colleagues is not possible this year, the management of the CiS Research Institute engaged the Burgermann Foodtruck. With a sophisticated corona-compliant ordering procedure, all employees were able to choose from different burger menus and enjoy their pre-Christmas thank-you for their commitment in this not easy year yesterday lunchtime
Efficient coupling optics for single photon detectors (EkoPHo)
A new technology platform is used for targeted optical adaptation of an SNSPD silicon chip stack. This is an extremely compact construction of a superconducting detector with efficient signal coupling in a chip compound as well as integrated optics and mounting of a fibre
SiCer technology for high performance sensor systems
At InnoCON Thuringia on 24th November 2020, Dr. Olaf Brodersen will explain the latest results of the growth core HIPs and the SiCer technologies to be developed therein for high performance sensor systems. The InnoCON starts as online event at 3:00 PM
