EU_FT-ICR_MS

EU_FT-ICR_MS

The University of Rostock is part of the Horizon 2020 EU_FT-ICR_MS project to establish an European FT-ICR MS network to provide transnational access to FTMS for end-users and scientists for an easier scientific progress and to increase joint research activities. Read more & find important dates

AerOrbi

AerOrbi

The AerOrbi project aims to develop a new hyphenated instrument for online aerosol particulate matter characterisation combining analysis of soot content and single particle characterisation of the chemical composition by photo ionisation Orbitrap high-resolution mass spectrometry.

EFRE OPO

EFRE OPO

Abstimmbares Lasersystem (Optisch parametrischer Oszillator) am Lehrstuhl für Analytische Chemie des Instituts für Chemie der Universität Rostock

AeroHealth

AeroHealth

The AeroHEALTH Helmholtz International Lab is a German-Israeli research initiative, addressing the health effects of fresh and atmospherically aged anthropogenic and biogenic aerosol emissions.

TBI-TAB

TBI-TAB

Chemische Charakterisierung und toxikologische Untersuchungen für Thermolysereaktor

SAARUS

SAARUS

Optimization of scrubber exhaust gas scrubbing technology to reduce environmentally harmful ship emissions

IMPAERO

IMPAERO

An interdisciplinary study on the impact of aerosolized particulate matter from aged wildfire plumes on environment and human health

ULTRHAS

ULTRHAS

Ultrafine Particles from Transportation – Health Assessment of Sources

AMMOTRACE

AMMOTRACE

Ammunition exploration by surface- and underwater-based laser mass spectrometric tracing technology

HazarDust

HazarDust

Real-time detection of Hazardous Dust particles to identify security-relevant content from shipments and baggage

Fuel Deposits

Fuel Deposits

Influence of the fuel composition on the formation of deposits during the evaporation of liquid fuels in porous media

TIMSAC

TIMSAC

Thermal analysis and ion mobility coupled to high-resolution mass spectrometry for organic aerosol characterization