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13th International Laser Ranging
Workshop
"Toward Millimeter Accuracy"
System Calibration (I. Prochazka and
U. Schreiber)
Session Summary
| Title | Primary Author |
|---|---|
| Use of free surface of liquids in interferometric methods: application to split corner cubes | Jean-Louis Oneto |
| Portable Calibration Standard Mission Review | Karel Hamal |
| Portable Calibration Standard Capabilities | Ivan Prochazka |
| High accuracy short range laser rangefinder for system calibration and installation | Peter Sperber |
| An experimental common detector, coaxial Cassegrain laser telescope and its calibration | Matti Paunonen |
| Local Surveys at Goddard | Jim Long |
| Local Survey Relationships to System Calibration and Bias Identification | Paul Stevens |
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A total of seven papers were presented during the session.
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Subjects discussed:
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Arc seconds accuracy adjustment technique for the split corner cube was presented by J.L. Oneto.
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The system calibration capabilities and field operation results of the Portable Calibration Standard have been presented by the Prague group,
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P. Sperber described the concept and construction of the novel and compact laser rangefinder for sub-millimeter ranging up to 100 meter distances.
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M. Paunonen presented the new optical scheme for SLR system calibration setup using the 1 m aperture Riga mount and optics.
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J. Long and P. Stevens described the local surveys and its relationship to the system calibration and bias identification at Goddard.
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The general trend toward the millimeter ranging accuracy has dominated the entire session.
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The best SLR systems provide millimeter precision, sub-millimeter stability and millimeter data sets consistency ranging to ground targets.
Content Owner and Webmaster: Carey Noll
Responsible NASA Official: Frank Lemoine
Last Updated:
February 23, 2024
