Markus Vogelbacher

TL;DR: In this article, an image processing based measure for the quantitative online flame stability monitoring applicable in non-oscillating as well as for oscillating combustion systems is presented, which can be directly applied to different burner and camera configurations.

TL;DR: An image-processing system based on infrared images that detects the alternative fuel streakline and derives parameters for the characterization of the flight and burning behavior and automatic monitoring and control of the combustion process allows an increased use of alternative fuels in constant operation.

TL;DR: In this paper, the experimental results for oscillating coal-dust firing were presented and an expert model based on a multivariate regression was developed to evaluate the results, which showed that fuel oscillation alone is not sufficient to achieve nitrogen oxides concentrations below the legislative values.

TL;DR: In this paper , the authors investigated the structural and process characteristics of the family as well as children's and parents' psychological characteristics that predict how parents assess their ability to support their child's learning during homeschooling and perceived emotional stress caused by school closure.

TL;DR: An integrated algorithm comprising image preprocessing and image analysis for a camera-based measurement system that enables an evaluation of the combustion behavior of the alternative fuel and a control concept for multifuel burners that enables a permanent adjustment of the burner parameters depending on the current state of combustion.