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Schindelegger, Michael
 
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Results 41-60 of 108 (Search time: 0.004 seconds).

PreviewAuthor(s)TitleTypeIssue Date
41Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Excitation of nutation by the global radiational S1 tidePräsentation Presentation2014
42Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Analysis of atmosphere-excited intraseasonal polar motion via the torque approachKonferenzbeitrag Inproceedings2014
43Schindelegger, Michael ; Möller, Gregor ; Böhm, Johannes ; Weber, Robert ; Pain, Gregory Troposphere delay models in blind mode: Towards improved predictions of the wet componentKonferenzbeitrag Inproceedings2014
44Tercjak, Monika ; Böhm, Johannes ; Brzezinski, Aleksander ; Gebauer, Andre ; Klügel, Thomas ; Schreiber, Ulrich ; Schindelegger, Michael Estimation of nutation rate from ring laser dataKonferenzbeitrag Inproceedings2014
45Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Diurnal signals in length-of-day changes and their geophysical excitationKonferenzbeitrag Inproceedings2014
46Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. The global S1 tide and Earth's nutationKonferenzbeitrag Inproceedings2014
47Böhm, Johannes ; Möller, Gregor ; Schindelegger, Michael ; Pain, Gregory ; Weber, Robert GPT2w: A new global blind model for slant tropospheric delaysKonferenzbeitrag Inproceedings2014
48Böhm, Johannes ; Möller, Gregor ; Schindelegger, Michael ; Weber, Robert Use of numerical weather model data in space geodetic techniquesKonferenzbeitrag Inproceedings2014
49Schindelegger Michael - 2014 - Atmosphere-induced short period variations of...pdf.jpgSchindelegger, Michael Atmosphere-induced short period variations of earth rotationBuch Book 2014
50Lagler K - 2013 - GPT2 empirical slant delay model for radio space geodetic...pdf.jpgLagler, K. ; Schindelegger, Michael ; Böhm, Johannes ; Krásná, Hana ; Nilsson, Jan Tobias GPT2: empirical slant delay model for radio space geodetic techniquesArticle Artikel 28-Mar-2013
51Schindelegger, Michael From sub-daily to seasonal periodicities: Atmosphere-induced effects on Earth rotationPräsentation Presentation2013
52Schindelegger, Michael ; Böhm, Johannes ; Krasna, Hana GPT2: Derivation and validation of a new empirical model for tropospheric delaysPräsentation Presentation2013
53Schindelegger, Michael ; Böhm, Johannes ; Pain, Gregory Recent advances of harmonic delay models for the neutral atmospherePräsentation Presentation2013
54Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Tests on the reliability of atmospheric reanalysis models in the context of Earth rotationPräsentation Presentation2013
55Schindelegger, Michael ; Böhm, Johannes ; Salstein, David Seasonal and intraseasonal polar motion variability as deduced from atmospheric torquesArtikel Article2013
56Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Earth-atmosphere interaction torques and their use in studying polar motion variabilityKonferenzbeitrag Inproceedings2013
57Böhm, Johannes ; Lagler, Klemens ; Schindelegger, Michael ; Krasna, Hana ; Weber, Robert ; Möller, Gregor GPT2: An improved model for tropospheric slant delays in VLBI and GNSS analysisKonferenzbeitrag Inproceedings2013
58Schindelegger, Michael ; Böhm, Johannes ; Salstein, David A. Analysis of atmosphere-excited intraseasonal polar motion via the torque approachKonferenzbeitrag Inproceedings2013
59Böhm, Johannes ; Lagler, Klemens ; Schindelegger, Michael ; Krasna, Hana ; Weber, Robert ; Möller, Gregor GTP2: An improved model for tropospheric slant delays in VLBI and GNSS analysisKonferenzbeitrag Inproceedings2013
60Schindelegger Michael - 2013 - Recent estimates of earth-atmosphere interaction...pdf.jpgSchindelegger, Michael ; Salstein, David A. ; Böhm, Johannes Recent estimates of earth-atmosphere interaction torques and their use in studying polar motion variabilityArticle Artikel 2013