| Country | Germany |
| City | Bochum |
| Tier | Emerging / application-specific (Tier IV) |
| Primary ecosystem | Applied energy — combustion, powders, particulate systems |
| Relevant unit | LEAT — experimental combustion investigations |
| Distinctive focus | Spectral normal emissivity of solid surfaces or powders |
LEAT brings emissivity measurement into non-ideal, process-relevant material states: powders, fuels, ash-forming matter, and hot reacting particles. The institute’s experimental-facilities page explicitly states that LEAT features a setup for determining the spectral normal emissivity of solid surfaces or powders; related publications discuss emissivity investigations of pulverized biomass and coal char. Its international importance lies in combustion and particulate systems, where emissivity is difficult, transient, and operationally decisive — an important expansion beyond polished solids and stable coupons.
Spectral normal emissivity of solid surfaces or powders — under conditions relevant to reacting particulate systems.
Application-driven setups for combustion-relevant materials; dedicated experimental apparatus for spectral normal emissivity of solid surfaces or powders; integration with radiative heat-transfer measurements in reacting particulate systems.
Most emissivity data in the literature describe polished, stable, equilibrium samples. Combustion and pulverized-fuel engineering operate in exactly the opposite regime: evolving particles, reactive surfaces, short residence times. LEAT’s decision to build dedicated instrumentation for spectral normal emissivity of powders and reacting particles fills a practical gap that applied-energy modeling has long struggled with, and puts the institute firmly on the applied-combustion side of the radiative-properties map.
Every claim in this profile traces to the external sources listed above. Profile follows the research-map methodology. Last verified: 2026-04 (directory revision 2026-06-11).