Marvin Jaeger and colleagues from TUHH turn a metal process vessel into a microwave resonator, so that sensors moving with the flow inside it can be powered wirelessly, in Industrial & Engineering Chemistry Research.
Timo Merbach and colleagues investigate how structured micro- and nanosurfaces influence microscale flow, particle–surface contact, and mass transport, in Industrial & Engineering Chemistry Research.
Preethi Aranala Gurumoorthi and colleagues from TUHH extend a probabilistic cellular automaton so that it can describe diffusion in mixtures of two solvents, in Scientific Reports.
Sarah Reiss and colleagues from TUHH and partner institutions introduce reference and simplified models for magneto-mechanical resonators, enabling faster real-time parameter estimation, in Communications Physics.
Vamika Rathi and colleagues from TUHH and HAW Hamburg reconstruct the path of small sensors drifting through a stirred tank reactor from their own acceleration and magnetic field readings, in Computers & Chemical Engineering.
From the 21st to the 24th of September, the 3rd Summer School of the CRC 1615 took place at the TUHH together with the Ostsee Lehrverbund Katalyse (OLK), focusing on Catalysis for SMART Reactors.
Thomas Waluga and colleagues from TUHH let an algorithm derive the kinetic rate equations of enzymatic reactions directly from measured batch curves, in Digital Chemical Engineering.
Vasilii Korotenko and colleagues from TUHH present a cellular automaton in three dimensions that describes how polymer chains respond to the quality of the surrounding solvent, in Macromolecular Theory and Simulations.
Anton Geläschus and colleagues from TUHH present a millimeter-scale Lagrangian sensor platform for flow-following reactor monitoring and define a feasibility boundary for energy-autonomous operation, in Industrial & Engineering Chemistry Research.
