Comparison of the imaging characteristics of curved-channel and straight-channel microchannel plates

Comparison of the imaging characteristics of curved-channel and straight-channel microchannel plates

We have measured and compared the spatial fidelity of two types of microchannel plates over roughly half of their active area. Measurements of the spatial fidelity of curved-channel microchannel plates confirm earlier reports of large (>25 microm), irregular position offsets between the front and...

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Veröffentlicht in:Applied Optics 1997-02, Vol.36 (4), p.753-759
Hauptverfasser: Osterman, S N, Rottman, G J, Hassler, D M, McClintock, W E, Lawrence, G M
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container_issue 4
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container_title Applied Optics
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creator Osterman, S N
Rottman, G J
Hassler, D M
McClintock, W E
Lawrence, G M
description We have measured and compared the spatial fidelity of two types of microchannel plates over roughly half of their active area. Measurements of the spatial fidelity of curved-channel microchannel plates confirm earlier reports of large (>25 microm), irregular position offsets between the front and the back of the microchannel plates. Straight-pore microchannel plates used in a chevron configuration, on the other hand, showed almost no such position offsets (
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title Comparison of the imaging characteristics of curved-channel and straight-channel microchannel plates
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