AMICA, Astro Mapper for Instrument Check of Attitude

Trampus, Paolo; Stalio, R.; Cortiglioni, S.

doi:10.1063/1.1302464

Cited by 5 publications

(2 citation statements)

References 6 publications

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“…91, 175. 128 De Maio 1982;Trampus 1996;Trampus 2000. 129 Bergmann 1857, p. 328;Hassmann -Winter 2016, pp.…”

Section: Eckhel In Florencementioning

confidence: 99%

Ars critica numaria. Joseph Eckhel (1737‒1789) and the Transformation of Ancient Numismatics

Woytek¹,

Williams²

2022

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Dieser reich illustrierte Band erforscht Leben und Werk des österreichischen Altertumswissenschaftlers Joseph Eckhel, der eine entscheidende Rolle in der Transformation der Numismatik zu einer modernen Forschungsdisziplin spielte. Obwohl Eckhel seit dem 19. Jahrhundert weithin als „Vater der Numismatik“ gefeiert wurde, ist dies das erste wissenschaftliche Buch über ihn. Es enthält 21 Aufsätze einer internationalen Gruppe von Spezialisten, die im interdisziplinären Dialog verschiedene Aspekte seiner Biographie und seiner Forschungstätigkeit beleuchten: unter anderem Eckhels jesuitische Wurzeln, seine wichtige Forschungsreise nach Italien 1773, seine Arbeit als Direktor der kaiserlichen Sammlung antiker Münzen und Professor für Numismatik an der Universität Wien (ab 1774), und besonders seine wichtigsten Werke über antike Münzen sowie Gemmen und Kameen, unter denen Eckhels achtbändige „Doctrina numorum veterum“ (Wien, 1792–1798) als sein numismatisches Hauptwerk spezifische Beachtung genießt. Der neue Sammelband widmet sich auch Eckhels Wirkung auf Zeitgenossen und spätere Generationen, unter besonderer Berücksichtigung seiner Position in der numismatischen Methodengeschichte im Zeitalter der Aufklärung und darüber hinaus.

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“…91, 175. 128 De Maio 1982;Trampus 1996;Trampus 2000. 129 Bergmann 1857, p. 328;Hassmann -Winter 2016, pp.…”

Section: Eckhel In Florencementioning

confidence: 99%

Ars critica numaria. Joseph Eckhel (1737‒1789) and the Transformation of Ancient Numismatics

Woytek¹,

Williams²

2022

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“…The analysis is addressed to the mechanical support structure, i.e., the AMICA Star Tracker Support (ASTS). The ASTC is developed by the Center for Advanced Research in Space Optics (CARSO) in Trieste, Italy [2]. The design of a devoted mechanical support ASTS is the responsibility of the Italian National Institute for Nuclear Physics (INFN) of Rome [3].…”

Section: Introductionmentioning

confidence: 99%

Dynamic measurements on a star tracker prototype of AMS using fiber optic sensors

Cusano¹,

Capoluongo²,

Campopiano³

et al. 2006

Smart Mater. Struct.

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An aluminum prototype of the Amica Star Tracker Support (ASTS) of the AMS_02 (Alpha Magnetic Spectrometer) experiment has been instrumented with two Fiber Bragg Gratings (FBGs). AMS_02 is a 7 tons particle physics experiment that is planned to run on the International Space Station for 3 years starting from October 2005. The star tracker, as all the sub-detectors in AMS, has to satisfy the structural verification plan requirements. In the qualification process of the star tracker FBG sensors may be used to measure static and dynamic strain in the structure during the tests. FBGs are basically optical strain gages that offer several advantages over the conventional ones such as immunity from electromagnetic interferences, small dimensions, low specific weight and the possibility of multiplexing many of them along the same fiber. In this work the use of FBGs in the acquisition of strains during a dynamic test on the ASTS semplified prototype is reported. The excitation has been provided by an instrumented impact hammer while the response has been given by one FBG and one accelerometer nominally in the same location. All the time histories have been recorded and transformed in the frequency domain to retrieve the Frequency Response Functions (FRFs) and the Strain Frequency Response Functions (SFRFs), both providing immediately the resonant frequencies of the structure. The contemporary use of the two sensors with many excitation points allow to retrieve accurate displacement and strain mode shapes with the relative resonant frequencies. As future work we plan to use a higher number of sensors in different locations and orientations.

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Remote sensing from the International Space Station

Broadfoot¹

2001

Advances in Space Research

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AMICA, Astro Mapper for Instrument Check of Attitude

Cited by 5 publications

References 6 publications

Ars critica numaria. Joseph Eckhel (1737‒1789) and the Transformation of Ancient Numismatics

Ars critica numaria. Joseph Eckhel (1737‒1789) and the Transformation of Ancient Numismatics

Dynamic measurements on a star tracker prototype of AMS using fiber optic sensors

Remote sensing from the International Space Station

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