First-authored, refereed papers of M. Svanda

A list of first-authored, refereed publications of M. Svanda, 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: 0000-0002-6345-1007

List of publications ordered by citations
Number of papers: 25
No. of citations: 354

2025

1. Average solar active region: I. Intensities, velocities, and the photospheric magnetic field [3]
   Švanda, Michal, Jurčák, Jan & Schmassmann, Markus, A&A, 700, A40

2022

1. Iterative Construction of the Optimal Sunspot-Number Series [0]
   Švanda, Michal, Pavelková, Martina, Dvořák, Jiří & Solarová, Božena, Solar Physics, 297, 151

2021

1. Modelling of geomagnetically induced currents in the Czech transmission grid [5]
   Švanda, Michal, Smičková, Anna & VýbošÅ¥oková, Tatiana, Earth, Planets and Space, 73, 229
2. Evolution and motions of magnetic fragments during the active region formation and decay: A statistical study [7]
   Švanda, Michal, Sobotka, Michal, Mravcová, Lucia & Výbošťoková, Tatiana, A&A, 647, A146

2020

1. Exploiting Solar Visible-Range Observations by Inversion Techniques: From Flows in the Solar Subsurface to a Flaring Atmosphere [0]
   Švanda, Michal, Jurčák, Jan, Korda, David & Kašparová, Jana, Reviews in Frontiers of Modern Astrophysics; From Space Debris to Cosmology (Editors: Kabáth, Petr, Jones, David & Skarka, Marek), p.349
2. Immediate and delayed responses of power lines and transformers in the Czech electric power grid to geomagnetic storms [18]
   Švanda, Michal, Mourenas, Didier, Žertová, Karla & Výbošt'oková, Tatiana, Journal of Space Weather and Space Climate, 10, 26

2018

1. Understanding the HMI Pseudocontinuum in White-light Solar Flares [22]
   Švanda, Michal, Jurčák, Jan, Kašparová, Jana & Kleint, Lucia, ApJ, 860, 144

2017

1. Estimate of the regularly gridded 3D vector flow field from a set of tomographic maps [0]
   Švanda, Michal & Kozoň, Marek, A&A, 600, A117

2016

1. Flares on A-type Stars: Evidence for Heating of Solar Corona by Nanoflares? [11]
   Švanda, Michal & Karlický, Marian, ApJ, 831, 9
2. Polar cap magnetic field reversals during solar grand minima: could pores play a role? [6]
   Švanda, Michal, Brun, Allan Sacha, Roudier, Thierry & Jouve, Laurène, A&A, 586, A123

2015

1. Issues with time-distance inversions for supergranular flows [14]
   Švanda, Michal, A&A, 575, A122

2014

1. Moat Flow System around Sunspots in Shallow Subsurface Layers [12]
   Švanda, Michal, Sobotka, Michal & Bárta, Tomáš, ApJ, 790, 135

2013

1. An Average Supergranule: Much Larger Vertical Flows Than Expected [1]
   Švanda, M., Central European Astrophysical Bulletin, 37, 447
2. Tomography of Plasma Flows in the Upper Solar Convection Zone Using Time-Distance Inversion Combining Ridge and Phase-speed Filtering [18]
   Švanda, Michal, ApJ, 775, 7
3. Comparison of Solar Surface Flows Inferred from Time-Distance Helioseismology and Coherent Structure Tracking Using HMI/SDO Observations [21]
   Švanda, Michal, Roudier, Thierry, Rieutord, Michel, Burston, Raymond & Gizon, Laurent, ApJ, 771, 32

2012

1. Inversions for Average Supergranular Flows Using Finite-frequency Kernels [19]
   Švanda, Michal, ApJ, 759, L29

2011

1. Validated helioseismic inversions for 3D vector flows [48]
   Švanda, M., Gizon, L., Hanasoge, S. M. & Ustyugov, S. D., A&A, 530, A148

2009

1. Large-scale horizontal flows in the solar photosphere IV. On the vertical structure of large-scale horizontal flows [8]
   Švanda, M., Klvaňa, M., Sobotka, M., Kosovichev, A. G. & Duvall, T. L., New Astronomy, 14, 429
2. Large-scale horizontal flows in the solar photosphere. V. Possible evidence for the disconnection of bipolar sunspot groups from their magnetic roots [8]
   Švanda, M., Klvaňa, M. & Sobotka, M., A&A, 506, 875

2008

1. Large-scale horizontal flows in the solar photosphere. II. Long-term behaviour and magnetic activity response [15]
   Švanda, M., Klvaňa, M., Sobotka, M. & Bumba, V., A&A, 477, 285
2. Effects of Solar Active Regions on Meridional Flows [22]
   Švanda, Michal, Kosovichev, Alexander G. & Zhao, Junwei, ApJ, 680, L161

2007

1. Comparison of Large-Scale Flows on the Sun Measured by Time-Distance Helioseismology and Local Correlation Tracking [34]
   Švanda, Michal, Zhao, Junwei & Kosovichev, Alexander G., Solar Physics, 241, 27
2. Speed of Meridional Flows and Magnetic Flux Transport on the Sun [39]
   Švanda, Michal, Kosovichev, Alexander G. & Zhao, Junwei, ApJ, 670, L69

2006

1. Large-scale horizontal flows in the solar photosphere. I. Method and tests on synthetic data [24]
   Švanda, M., Klvaňa, M. & Sobotka, M., A&A, 458, 301

2005

1. Motions of Supergranular Structures on the Solar Surface [4]
   Švanda, M., Klnaňa, M. & Sobotka, M., Hvar Observatory Bulletin, 29, 39