<?xml version="1.0"?>
<dblpperson name="Ralf Vick" pid="11/52" n="13">
<person key="homepages/11/52" mdate="2009-06-08">
<author pid="11/52">Ralf Vick</author>
</person>
<r><article key="journals/tie/HoepfnerV25" mdate="2026-01-06">
<author orcid="0000-0001-8400-7696" pid="345/0327">Benjamin Hoepfner</author>
<author orcid="0000-0003-0198-4833" pid="11/52">Ralf Vick</author>
<title>A DC Rejection Add-On for the Three-Phase Frequency-Fixed DSOGI-PLL.</title>
<pages>14260-14270</pages>
<year>2025</year>
<month>December</month>
<volume>72</volume>
<journal>IEEE Trans. Ind. Electron.</journal>
<number>12</number>
<ee>https://doi.org/10.1109/TIE.2025.3569954</ee>
<url>db/journals/tie/tie72.html#HoepfnerV25</url>
<stream>streams/journals/tie</stream>
</article>
</r>
<r><article key="journals/access/HoepfnerV23" mdate="2023-04-29">
<author orcid="0000-0001-8400-7696" pid="345/0327">Benjamin Hoepfner</author>
<author orcid="0000-0003-0198-4833" pid="11/52">Ralf Vick</author>
<title>A Three-Phase Frequency-Fixed DSOGI-PLL With Low Computational Effort.</title>
<pages>34932-34941</pages>
<year>2023</year>
<volume>11</volume>
<journal>IEEE Access</journal>
<ee type="oa">https://doi.org/10.1109/ACCESS.2023.3265299</ee>
<url>db/journals/access/access11.html#HoepfnerV23</url>
</article>
</r>
<r><inproceedings key="conf/embc/GerlachSHPPHWSV22" mdate="2026-03-24">
<author pid="154/5166">Thomas Gerlach</author>
<author pid="329/2601">Nashwa Shaik</author>
<author orcid="0009-0007-7442-1675" pid="309/1212">Joris Hubmann</author>
<author pid="250/7608">Marcus Prier</author>
<author pid="250/7486">Enrico Pannicke</author>
<author orcid="0000-0001-6966-273X" pid="194/4444">Bennet Hensen</author>
<author pid="86/4509">Frank K. Wacker</author>
<author pid="42/3954">Oliver Speck</author>
<author pid="11/52">Ralf Vick</author>
<title>A Real-Time Energy Monitoring System for an MRI Hybrid Ablation System.</title>
<pages>5016-5020</pages>
<year>2022</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC48229.2022.9870997</ee>
<crossref>conf/embc/2022</crossref>
<url>db/conf/embc/embc2022.html#GerlachSHPPHWSV22</url>
</inproceedings>
</r>
<r><data key="data/10/MagdowskiBV22" mdate="2024-06-18">
<author pid="252/9981">Mathias Magdowski</author>
<author pid="342/2553">Buddhi Ram Banjade</author>
<author pid="11/52">Ralf Vick</author>
<title>Measured scattering parameters for the coupling of stochastic electromagnetic fields to shielded cables above a ground plane in a reverberation chamber.</title>
<year>2022</year>
<month>May</month>
<ee type="oa">https://doi.org/10.21227/H2PP4Z</ee>
<publisher>IEEE DataPort</publisher>
<stream>streams/repo/ieeedataport</stream>
</data>
</r>
<r><inproceedings key="conf/embc/EhsesHGCRPGWSHV21" mdate="2026-03-24">
<author orcid="0009-0003-9672-1100" pid="309/2901">Maik Ehses</author>
<author pid="277/6820">Karen Meyer zu Hartlage</author>
<author pid="154/5166">Thomas Gerlach</author>
<author pid="316/8172">Josef Joaquin L&#246;ning Caballero</author>
<author pid="302/3398">Daniel L. Reimert</author>
<author pid="250/7486">Enrico Pannicke</author>
<author pid="302/3367">Marcel Gutberlet</author>
<author pid="86/4509">Frank K. Wacker</author>
<author pid="42/3954">Oliver Speck</author>
<author orcid="0000-0001-6966-273X" pid="194/4444">Bennet Hensen</author>
<author pid="11/52">Ralf Vick</author>
<title>3D-Printed Floating Cable Traps for MRI guided Microwave Ablation.</title>
<pages>1419-1422</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9629795</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#EhsesHGCRPGWSHV21</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/GambalPMHWV21" mdate="2026-03-24">
<author pid="309/2401">Bodo Gambal</author>
<author pid="250/7486">Enrico Pannicke</author>
<author pid="252/9981">Mathias Magdowski</author>
<author orcid="0000-0001-6966-273X" pid="194/4444">Bennet Hensen</author>
<author pid="86/4509">Frank K. Wacker</author>
<author pid="11/52">Ralf Vick</author>
<title>Design and Implementation of a Test Procedure for the Evaluation of Interference Coupling in Magnetic Resonance Imaging.</title>
<pages>1439-1443</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9630355</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#GambalPMHWV21</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/HubmannGPHWSV21" mdate="2026-03-24">
<author orcid="0009-0007-7442-1675" pid="309/1212">Joris Hubmann</author>
<author pid="154/5166">Thomas Gerlach</author>
<author pid="250/7486">Enrico Pannicke</author>
<author orcid="0000-0001-6966-273X" pid="194/4444">Bennet Hensen</author>
<author pid="86/4509">Frank K. Wacker</author>
<author pid="42/3954">Oliver Speck</author>
<author pid="11/52">Ralf Vick</author>
<title>Design of a System for Magnetic-Resonance-Guided Irreversible Electroporation.</title>
<pages>1457-1461</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9630723</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#HubmannGPHWSV21</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/PannickeSV21" mdate="2021-12-22">
<author pid="250/7486">Enrico Pannicke</author>
<author pid="42/3954">Oliver Speck</author>
<author pid="11/52">Ralf Vick</author>
<title>Distributed Capacitors for MR-Receive-Coils: Theory and Method.</title>
<pages>1516-1521</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9630345</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#PannickeSV21</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/PannickeSV21a" mdate="2021-12-22">
<author pid="250/7486">Enrico Pannicke</author>
<author pid="42/3954">Oliver Speck</author>
<author pid="11/52">Ralf Vick</author>
<title>Analytical Model of a &#34;Split-Coil&#34; for Implementation of novel Type of Receive Coil in Magnetic Resonance Imaging.</title>
<pages>1522-1526</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9629769</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#PannickeSV21a</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/KowalPPVRS21" mdate="2021-12-22">
<author pid="309/3027">Robert Kowal</author>
<author pid="250/7608">Marcus Prier</author>
<author pid="250/7486">Enrico Pannicke</author>
<author pid="11/52">Ralf Vick</author>
<author pid="04/4271">Georg Rose</author>
<author pid="42/3954">Oliver Speck</author>
<title>Simulation of SAR Induced Heating in Infants undergoing 1.5 T Magnetic Resonance Imaging.</title>
<pages>3382-3386</pages>
<year>2021</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC46164.2021.9630221</ee>
<crossref>conf/embc/2021</crossref>
<url>db/conf/embc/embc2021.html#KowalPPVRS21</url>
</inproceedings>
</r>
<r><inproceedings key="conf/embc/GerlachPPSSV19" mdate="2023-05-01">
<author pid="154/5166">Thomas Gerlach</author>
<author pid="250/7486">Enrico Pannicke</author>
<author pid="250/7608">Marcus Prier</author>
<author pid="13/1456">Frank Seifert</author>
<author pid="42/3954">Oliver Speck</author>
<author orcid="0000-0003-0198-4833" pid="11/52">Ralf Vick</author>
<title>Setup of an Ablation Magnetic Resonance Imaging Hybrid System: Using MR Imaging Sequences to Destroy Tissue.</title>
<pages>2508-2512</pages>
<year>2019</year>
<booktitle>EMBC</booktitle>
<ee>https://doi.org/10.1109/EMBC.2019.8857894</ee>
<ee>https://www.wikidata.org/entity/Q92696412</ee>
<crossref>conf/embc/2019</crossref>
<url>db/conf/embc/embc2019.html#GerlachPPSSV19</url>
</inproceedings>
</r>
<r><inproceedings key="conf/emv/Vick06" mdate="2006-08-22">
<author pid="11/52">Ralf Vick</author>
<title>Analyse alternativer Kabelschirmauflegungen in gro&#223;en Systemen.</title>
<pages>745-752</pages>
<year>2006</year>
<crossref>conf/emv/2006</crossref>
<booktitle>EMV</booktitle>
<url>db/conf/emv/emv2006.html#Vick06</url>
</inproceedings>
</r>
<r><phdthesis key="phd/dnb/Vick95" mdate="2021-07-17">
<author pid="11/52">Ralf Vick</author>
<title>Die Abh&#228;ngigkeit der St&#246;rfestigkeit digitaler Ger&#228;te von den internen Funktionsabl&#228;ufen.</title>
<year>1995</year>
<pages>1-16</pages>
<school>Dresden University of Technology, Germany</school>
<ee>https://d-nb.info/946940347</ee>
</phdthesis>
</r>
<coauthors n="20" nc="1">
<co c="0"><na f="b/Banjade:Buddhi_Ram" pid="342/2553">Buddhi Ram Banjade</na></co>
<co c="0"><na f="c/Caballero:Josef_Joaquin_L=ouml=ning" pid="316/8172">Josef Joaquin L&#246;ning Caballero</na></co>
<co c="0"><na f="e/Ehses:Maik" pid="309/2901">Maik Ehses</na></co>
<co c="0"><na f="g/Gambal:Bodo" pid="309/2401">Bodo Gambal</na></co>
<co c="0"><na f="g/Gerlach:Thomas" pid="154/5166">Thomas Gerlach</na></co>
<co c="0"><na f="g/Gutberlet:Marcel" pid="302/3367">Marcel Gutberlet</na></co>
<co c="0"><na f="h/Hartlage:Karen_Meyer_zu" pid="277/6820">Karen Meyer zu Hartlage</na></co>
<co c="0"><na f="h/Hensen:Bennet" pid="194/4444">Bennet Hensen</na></co>
<co c="-1"><na f="h/Hoepfner:Benjamin" pid="345/0327">Benjamin Hoepfner</na></co>
<co c="0"><na f="h/Hubmann:Joris" pid="309/1212">Joris Hubmann</na></co>
<co c="0"><na f="k/Kowal:Robert" pid="309/3027">Robert Kowal</na></co>
<co c="0"><na f="m/Magdowski:Mathias" pid="252/9981">Mathias Magdowski</na></co>
<co c="0"><na f="p/Pannicke:Enrico" pid="250/7486">Enrico Pannicke</na></co>
<co c="0"><na f="p/Prier:Marcus" pid="250/7608">Marcus Prier</na></co>
<co c="0"><na f="r/Reimert:Daniel_L=" pid="302/3398">Daniel L. Reimert</na></co>
<co c="0"><na f="r/Rose:Georg" pid="04/4271">Georg Rose</na></co>
<co c="0"><na f="s/Seifert:Frank" pid="13/1456">Frank Seifert</na></co>
<co c="0"><na f="s/Shaik:Nashwa" pid="329/2601">Nashwa Shaik</na></co>
<co c="0"><na f="s/Speck:Oliver" pid="42/3954">Oliver Speck</na></co>
<co c="0"><na f="w/Wacker:Frank_K=" pid="86/4509">Frank K. Wacker</na></co>
</coauthors>
</dblpperson>

