Optimization Of Mirror Spacing Or Pore Width Of Lobster Eye Optics

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The design, manufacture and predicted performance of

lobster is built. In the lobster mirror design, tubes or pores with a square cross-section are positioned on a sphere; each pore has its axis pointing to the centre of the sphere. Two re ections o adjacent sides of the square pore bring the radiation to a focus on a spherical surface concentric with the aperture sphere and half the radius.


First measurements of lobster eye micropore optics have been performed at PANTER and are being compared with simulations and the results presented at several SVOM MXT project meetings. The software is now being used for the redesign and optimization of the SPOs for Athena using a smaller maximum aperture size and different overcoating options.

Effective collecting area of lobster eye optics and

Angel lobster eye optics[2] is composed of square pores. It can be viewed as a spe-cial case of the Schmidt system, where both stacks lay in the same position and they havethesameradiir = r1 = r2. In such case, two stacks of mirrors form square pores. The LE optics was used and it is proposed to be used in plenty of astronomical