First-authored, refereed papers of Thomas A. Schad

A list of first-authored, refereed publications of Thomas A. Schad, derived from the SAO/NASA Astrophysics Data System (ADS). The number in brackets after each title indicates the number of citations that the paper has received.

Orcid ID: 0000-0002-7451-9804

List of publications ordered by citations
Number of papers: 16
No. of citations: 299

2024

1. Mapping the Sun's coronal magnetic field using the Zeeman effect [22]
   Schad, Thomas A., Petrie, Gordon, Kuhn, Jeffrey, Fehlmann, Andre, Rimmele, Thomas, Tritschler, Alexandra, Woeger, Friedrich, Scholl, Isabelle, Williams, Rebecca, Harrington, David, Paraschiv, Alin & Szente, Judit, Science Advances, 10, eadq1604
2. Coronagraphic Observations of Si X 1430 nm Acquired by DKIST/Cryo-NIRSP with Methods for Telluric Absorption Correction [7]
   Schad, Thomas A., Fehlmann, Andre, Dima, Gabriel I., Kuhn, Jeffrey R., Scholl, Isabelle F., Harrington, David, Rimmele, Thomas, Tritschler, Alexandra & Paraschiv, Alin R., ApJ, 965, 40

2023

1. First Infrared Coronal Spectra from DKIST/Cryo-NIRSP: Comparisons with Global MHD Models [14]
   Schad, Thomas A., Kuhn, Jeffrey R., Fehlmann, Andre, Scholl, Isabelle F., Harrington, David, Rimmele, Thomas & Tritschler, Alexandra, ApJ, 943, 59

2022

1. Thomson Scattering above Solar Active Regions and an Ad Hoc Polarization Correction Method for the Emissive Corona [5]
   Schad, Thomas A., Jaeggli, Sarah A. & Dima, Gabriel I., ApJ, 933, 53

2021

1. Polarized Forbidden Coronal Line Emission in the Presence of Active Regions [7]
   Schad, Thomas & Dima, Gabriel, Solar Physics, 296, 166
2. He I Spectropolarimetry of a Supersonic Coronal Downflow Within a Sunspot Umbra [9]
   Schad, Thomas A., Dima, Gabriel I. & Anan, Tetsu, ApJ, 916, 5

2020

1. Forward Synthesis of Polarized Emission in Target DKIST Coronal Lines Applied to 3D MURaM Coronal Simulations [17]
   Schad, Thomas & Dima, Gabriel, Solar Physics, 295, 98

2018

1. Neutral Helium Triplet Spectroscopy of Quiescent Coronal Rain with Sensitivity Estimates for Spectropolarimetric Magnetic Field Diagnostics [16]
   Schad, Thomas A., ApJ, 865, 31

2017

1. Infrared Imaging Spectroscopy Using Massively Multiplexed Slit-Based Techniques and Sub-Field Motion Correction [6]
   Schad, Thomas & Lin, Haosheng, Solar Physics, 292, 158
2. Automated Spatiotemporal Analysis of Fibrils and Coronal Rain Using the Rolling Hough Transform [21]
   Schad, Thomas, Solar Physics, 292, 132

2016

1. Vector Magnetic Field Measurements along a Cooled Stereo-imaged Coronal Loop [35]
   Schad, T. A., Penn, M. J., Lin, H. & Judge, P. G., ApJ, 833, 5

2015

1. He I Vector Magnetic Field Maps of a Sunspot and Its Superpenumbral Fine-Structure [29]
   Schad, T. A., Penn, M. J., Lin, H. & Tritschler, A., Solar Physics, 290, 1607

2014

1. On the Collective Magnetic Field Strength and Vector Structure of Dark Umbral Cores Measured by the Hinode Spectropolarimeter [22]
   Schad, T. A., Solar Physics, 289, 1477

2013

1. He I Vector Magnetometry of Field-aligned Superpenumbral Fibrils [66]
   Schad, T. A., Penn, M. J. & Lin, H., ApJ, 768, 111

2010

1. Structural Invariance of Sunspot Umbrae over the Solar Cycle: 1993 - 2004 [23]
   Schad, T. A. & Penn, M. J., Solar Physics, 262, 19
2. IR spectroscopy of COmosphere dynamics with the CO first overtone band [0]
   Schad, T. A. & Penn, M. J., Astronomische Nachrichten, 331, 589