Abstract: A system and method with a controlling component, which can be configured for monitoring mobile components. The controlling component adjusts the scheduling of a plurality of mobile components at the same time in case of detecting at least one pre-defined event. The plurality of mobile components can be all components monitored or a subgroup thereof. The controlling component is configured for monitoring mobile components with a frequency of monitoring of at least one time a minute (1/min.) and for adjusting the scheduling of a plurality of mobile components in case of detecting at least one pre-defined event. It can alternatively or additionally also be configured for monitoring mobile components and for adjusting the scheduling of a plurality of mobile components with a frequency of adjusting of at least one time a minute (1/min.).

Abstract: A method for voltage contrast imaging, for example on a semiconductor sample, uses a corpuscular multi-beam microscope with a multiplicity of individual corpuscular beams in a grid arrangement. The method includes sweeping the multiplicity of individual corpuscular beams over a sample having at least one electrically chargeable structure, and charging the sample with a first quantity of first corpuscular beams of the corpuscular multi-beam microscope. The method also includes determining a voltage contrast at the at least one electrically chargeable structure of the sample with a second quantity of second corpuscular beams of the corpuscular multi-beam microscope.

Abstract: The invention relates to a high temperature-resistant sealing assembly comprising a sealing segment and a component border which is connected to the sealing segment. A flexible sealing element is provided in order to joining the sealing segment and the component border. The invention is characterized in that the flexible sealing element compensates both thermal expansions and relative movements of the component border and the components resting against the sealing segment. The flexible sealing element and the sealing segment are subject to little wear and have a long service life. The invention further relates to a combustion chamber that is equipped with a high temperature-resistant sealing assembly as well as a gas turbine encompassing such a combustion chamber.

Abstract: The invention relates to a high temperature-resistant sealing assembly comprising a sealing segment and a component border which is connected to the sealing segment. A flexible sealing element is provided in order to joining the sealing segment and the component border. The invention is characterized in that the flexible sealing element compensates both thermal expansions and relative movements of the component border and the components resting against the sealing segment. The flexible sealing element and the sealing segment are subject to little wear and have a long service life. The invention further relates to a combustion chamber that is equipped with a high temperature-resistant sealing assembly as well as a gas turbine encompassing such a combustion chamber.