EXPERIMENTAL INVESTIGATION INTO THE EFFECTS OF THERMAL RECUPERATION ON THE COMBUSTION CHARACTERISTICS OF A NON-PREMIXED MESO-SCALE VORTEX COMBUSTOR

Experimental Investigation into the Effects of Thermal Recuperation on the Combustion Characteristics of a Non-Premixed Meso-Scale Vortex Combustor

In small-scale combustors, the ratio of area to the combustor volume increases and hence heat loss from the combustor’s wall is significantly enhanced and flame quenching occurs.To solve this problem, non-premixed vortex flow is employed to stabilize flames in a meso-scale combustion chamber to generate small-scale power or thrust for propuls

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Feasibility study of the university of Utah TRIGA reactor power upgrade - Part I: Neutronics-based study in respect to control rod system requirements and design

We present a summary of extensive studies Kilts in determining the highest achievable power level of the current University of Utah TRIGA core configuration in respect to control rod requirements.Although the currently licensed University of Utah TRIGA power of 100 kW provides an excellent setting for a wide range of experiments, we investigate the

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