The experimental analysis of the chemical reactions is the basis for a fundamental understanding of the combustion of all fuels used in energy conversion and mobility. Of particular interest here are ...

The reaction kinetics of energetic materials is a key factor in determining the detonation characteristics and safety. The complexity of the reaction process and the lack of experimental means remain ...

Experiments with gases and liquids, in both static and dynamic conditions, and in the presence of methanol and kinetic inhibitors illustrate the complexity of controlling hydrates in petroleum ...

Bayesian experimental design is a tool for guiding experiments founded on the principle of expected information gain. I.e., which experiment design will inform the most about the model can be ...

Understanding how variables such as temperature and pH effect chemical reaction rates is key for a wide range of applications. But measuring the impact of different ...

Dimethoxymethane (DMM) carbonylation provides a mild, green and sustainable route for production of degradable plastic monomers, glycolic acid. ZEO-1 zeolite contains large cages comprised of 16×16 ...

The modelling of technical combustion processes, e.g. in stationary or aircraft gas turbine combustion chambers, is made possible by linking various sub-models within a "Computational Fluid Dynamics" ...