Preparation and testing of a space navigation experiment for the image-forming high energy x ray astronomy, using a rotation modulation collimator: Data transfer and data processing

Statistics – Computation

Scientific paper

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Collimators, Data Processing, Data Transfer (Computers), Imagery, Modulation, Rotation, Space Navigation, X Ray Astronomy, Computational Grids, Simulation

Scientific paper

The modulation and correlation processes are presented. It is shown that grid geometry contributes decisively to image formation. Differences between laboratory and space measurements are explained. A theoretical and geometrical derivation is given for coarse grid, and for the calculation of grid constants. Personal computer measurements can be evaluated, using programs which allow improved computer speed and maneuverability. Measurements are carried out for two different rotation modulation collimators. The theoretical measurable source strength is calculated. HEXE 2 simulations are carried out. Simulations with data from the region of the Galactic center are evaluated.

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