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Astronomische Grundlagen für den Kalender 2028 [Datensatz]
Die Astronomischen Grundlagen für den Kalender werden vom Astronomischen Rechen-Institut in Heidelberg berechnet und herausgegeben. Sie haben den Zweck, den Kalenderverlagen... -
Astronomische Grundlagen für den Kalender 2027 [Datensatz]
Die Astronomischen Grundlagen für den Kalender werden vom Astronomischen Rechen-Institut in Heidelberg berechnet und herausgegeben. Sie haben den Zweck, den Kalenderverlagen... -
Precipitable Water Vapor Tables from ECMWF ERA5 Re-Analysis for SOFIA FIFI-LS...
SOFIA Precipitable Water Vapor (PWV) Products for all flights with FIFI-LS between the year 2014 and 2022. Each FITS file contains a HDU "DATA", which is a binary table... -
Atmospheric transmission models for FIFI-LS: altitude 35kft, 39deg O3
This dataset contains atmospheric transmission models calculated by a modified version of ATRAN ("SDC ATRAN"). They are to be used as the default models for FIFI-LS data... -
Data from the MetSpec Experiments
Data from ground testing of meteorites. It comprises video, still frames and spectroscopic data from 31 experiments examining 28 meteorite samples of various origins. The three... -
SOFIA Telescope Finite Element Model
The SOFIA Telescope Finite Element Model is a collection of ANSYS APDL macros which construct an integrated model of the SOFIA Telescope Assembly from subcomponents. Ansys, 2022 -
Dataset for "On-sky demonstration of an ultra-fast intensity interferometry i...
Intensity interferometry is a reemerging astronomical technique for performing high angular resolution studies at visible wavelengths, benefiting immensely from the recent... -
RIGTID
The program RIGTID together with its subroutines computes the tidal accelerations on a rigid earth, i. e. no response of the Earth is considered. The tidal accelerations are... -
Dataset for the plots of "Photon counting intensity interferometry in the blu...
Intensity interferometry is a re-emerging interferometry tool that alleviates some of the challenges of amplitude interferometry at the cost of reduced sensitivity. We... -
SOFIA Telescope Finite Element Model
The SOFIA Telescope Finite Element Model is a collection of ANSYS APDL macros which construct an integrated model of the SOFIA Telescope Assembly from subcomponents. Ansys, 2022
