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Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy

The Karlsruhe Tritium Neutrino (KATRIN) experiment aims at measuring the effective electron neutrino mass with a sensitivity of 0.2 eV/c(2), i.e., improving on previous measurements by an order of magnitude. Neutrino mass data taking with KATRIN commenced in early 2019, and after only a few weeks of...

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Autores principales: Aker, Max, Altenmüller, Konrad, Beglarian, Armen, Behrens, Jan, Berlev, Anatoly, Besserer, Uwe, Bieringer, Benedikt, Blaum, Klaus, Block, Fabian, Bornschein, Beate, Bornschein, Lutz, Böttcher, Matthias, Brunst, Tim, Caldwell, Thomas C., Chilingaryan, Suren, Choi, Wonqook, Díaz Barrero, Deseada D., Debowski, Karol, Deffert, Marco, Descher, Martin, Doe, Peter J., Dragoun, Otokar, Drexlin, Guido, Dyba, Stephan, Edzards, Frank, Eitel, Klaus, Ellinger, Enrico, Engel, Ralph, Enomoto, Sanshiro, Fedkevych, Mariia, Felden, Arne, Formaggio, Joseph F., Fränkle, Florian, Franklin, Gregg B., Friedel, Fabian, Fulst, Alexander, Gauda, Kevin, Gil, Woosik, Glück, Ferenc, Größle, Robin, Gumbsheimer, Rainer, Hannen, Volker, Haußmann, Norman, Helbing, Klaus, Hickford, Stephanie, Hiller, Roman, Hillesheimer, David, Hinz, Dominic, Höhn, Thomas, Houdy, Thibaut, Huber, Anton, Jansen, Alexander, Karl, Christian, Kellerer, Jonas, Kippenbrock, Luke, Klein, Manuel, Köhler, Christoph, Köllenberger, Leonard, Kopmann, Andreas, Korzeczek, Marc, Kovalík, Alojz, Krasch, Bennet, Krause, Holger, La Cascio, Luisa, Lasserre, Thierry, Le, Thanh-Long, Lebeda, Ondřej, Lehnert, Bjoern, Lokhov, Alexey, Machatschek, Moritz, Malcherek, Emma, Marsteller, Alexander, Martin, Eric L., Meier, Matthias, Melzer, Christin, Mertens, Susanne, Müller, Klaus, Niemes, Simon, Oelpmann, Patrick, Osipowicz, Alexander, Parno, Diana S., Poon, Alan W.P., Lopez Poyato, Jose M., Priester, Florian, Rest, Oliver, Röllig, Marco, Röttele, Carsten, Robertson, R.G. Hamish, Rodenbeck, Caroline, Ryšavỳ, Milos, Sack, Rudolf, Saenz, Alejandro, Schäfer, Peter, Schaller (née Pollithy), Anna, Schimpf, Lutz, Schlösser, Klaus, Schlösser, Magnus, Schlüter, Lisa, Schrank, Michael, Schulz, Bruno, Sefčík, Michal, Seitz-Moskaliuk, Hendrik, Sibille, Valérian, Siegmann, Daniel, Slezák, Martin, Spanier, Felix, Steidl, Markus, Sturm, Michael, Sun, Menglei, Telle, Helmut H., Thorne, Larisa A., Thümmler, Thomas, Titov, Nikita, Tkachev, Igor, Vénos, Drahoš, Valerius, Kathrin, Vizcaya Hernández, Ana P., Weber, Marc, Weinheimer, Christian, Weiss, Christiane, Welte, Stefan, Wendel, Jürgen, Wilkerson, John F., Wolf, Joachim, Wüstling, Sascha, Xu, Weiran, Yen, Yung-Ruey, Zadoroghny, Sergey, Zeller, Genrich
Formato: Online Artículo Texto
Lenguaje:English
Publicado: MDPI 2020
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7506894/
https://www.ncbi.nlm.nih.gov/pubmed/32859049
http://dx.doi.org/10.3390/s20174827
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author Aker, Max
Altenmüller, Konrad
Beglarian, Armen
Behrens, Jan
Berlev, Anatoly
Besserer, Uwe
Bieringer, Benedikt
Blaum, Klaus
Block, Fabian
Bornschein, Beate
Bornschein, Lutz
Böttcher, Matthias
Brunst, Tim
Caldwell, Thomas C.
Chilingaryan, Suren
Choi, Wonqook
Díaz Barrero, Deseada D.
Debowski, Karol
Deffert, Marco
Descher, Martin
Doe, Peter J.
Dragoun, Otokar
Drexlin, Guido
Dyba, Stephan
Edzards, Frank
Eitel, Klaus
Ellinger, Enrico
Engel, Ralph
Enomoto, Sanshiro
Fedkevych, Mariia
Felden, Arne
Formaggio, Joseph F.
Fränkle, Florian
Franklin, Gregg B.
Friedel, Fabian
Fulst, Alexander
Gauda, Kevin
Gil, Woosik
Glück, Ferenc
Größle, Robin
Gumbsheimer, Rainer
Hannen, Volker
Haußmann, Norman
Helbing, Klaus
Hickford, Stephanie
Hiller, Roman
Hillesheimer, David
Hinz, Dominic
Höhn, Thomas
Houdy, Thibaut
Huber, Anton
Jansen, Alexander
Karl, Christian
Kellerer, Jonas
Kippenbrock, Luke
Klein, Manuel
Köhler, Christoph
Köllenberger, Leonard
Kopmann, Andreas
Korzeczek, Marc
Kovalík, Alojz
Krasch, Bennet
Krause, Holger
La Cascio, Luisa
Lasserre, Thierry
Le, Thanh-Long
Lebeda, Ondřej
Lehnert, Bjoern
Lokhov, Alexey
Machatschek, Moritz
Malcherek, Emma
Marsteller, Alexander
Martin, Eric L.
Meier, Matthias
Melzer, Christin
Mertens, Susanne
Müller, Klaus
Niemes, Simon
Oelpmann, Patrick
Osipowicz, Alexander
Parno, Diana S.
Poon, Alan W.P.
Lopez Poyato, Jose M.
Priester, Florian
Rest, Oliver
Röllig, Marco
Röttele, Carsten
Robertson, R.G. Hamish
Rodenbeck, Caroline
Ryšavỳ, Milos
Sack, Rudolf
Saenz, Alejandro
Schäfer, Peter
Schaller (née Pollithy), Anna
Schimpf, Lutz
Schlösser, Klaus
Schlösser, Magnus
Schlüter, Lisa
Schrank, Michael
Schulz, Bruno
Sefčík, Michal
Seitz-Moskaliuk, Hendrik
Sibille, Valérian
Siegmann, Daniel
Slezák, Martin
Spanier, Felix
Steidl, Markus
Sturm, Michael
Sun, Menglei
Telle, Helmut H.
Thorne, Larisa A.
Thümmler, Thomas
Titov, Nikita
Tkachev, Igor
Vénos, Drahoš
Valerius, Kathrin
Vizcaya Hernández, Ana P.
Weber, Marc
Weinheimer, Christian
Weiss, Christiane
Welte, Stefan
Wendel, Jürgen
Wilkerson, John F.
Wolf, Joachim
Wüstling, Sascha
Xu, Weiran
Yen, Yung-Ruey
Zadoroghny, Sergey
Zeller, Genrich
author_facet Aker, Max
Altenmüller, Konrad
Beglarian, Armen
Behrens, Jan
Berlev, Anatoly
Besserer, Uwe
Bieringer, Benedikt
Blaum, Klaus
Block, Fabian
Bornschein, Beate
Bornschein, Lutz
Böttcher, Matthias
Brunst, Tim
Caldwell, Thomas C.
Chilingaryan, Suren
Choi, Wonqook
Díaz Barrero, Deseada D.
Debowski, Karol
Deffert, Marco
Descher, Martin
Doe, Peter J.
Dragoun, Otokar
Drexlin, Guido
Dyba, Stephan
Edzards, Frank
Eitel, Klaus
Ellinger, Enrico
Engel, Ralph
Enomoto, Sanshiro
Fedkevych, Mariia
Felden, Arne
Formaggio, Joseph F.
Fränkle, Florian
Franklin, Gregg B.
Friedel, Fabian
Fulst, Alexander
Gauda, Kevin
Gil, Woosik
Glück, Ferenc
Größle, Robin
Gumbsheimer, Rainer
Hannen, Volker
Haußmann, Norman
Helbing, Klaus
Hickford, Stephanie
Hiller, Roman
Hillesheimer, David
Hinz, Dominic
Höhn, Thomas
Houdy, Thibaut
Huber, Anton
Jansen, Alexander
Karl, Christian
Kellerer, Jonas
Kippenbrock, Luke
Klein, Manuel
Köhler, Christoph
Köllenberger, Leonard
Kopmann, Andreas
Korzeczek, Marc
Kovalík, Alojz
Krasch, Bennet
Krause, Holger
La Cascio, Luisa
Lasserre, Thierry
Le, Thanh-Long
Lebeda, Ondřej
Lehnert, Bjoern
Lokhov, Alexey
Machatschek, Moritz
Malcherek, Emma
Marsteller, Alexander
Martin, Eric L.
Meier, Matthias
Melzer, Christin
Mertens, Susanne
Müller, Klaus
Niemes, Simon
Oelpmann, Patrick
Osipowicz, Alexander
Parno, Diana S.
Poon, Alan W.P.
Lopez Poyato, Jose M.
Priester, Florian
Rest, Oliver
Röllig, Marco
Röttele, Carsten
Robertson, R.G. Hamish
Rodenbeck, Caroline
Ryšavỳ, Milos
Sack, Rudolf
Saenz, Alejandro
Schäfer, Peter
Schaller (née Pollithy), Anna
Schimpf, Lutz
Schlösser, Klaus
Schlösser, Magnus
Schlüter, Lisa
Schrank, Michael
Schulz, Bruno
Sefčík, Michal
Seitz-Moskaliuk, Hendrik
Sibille, Valérian
Siegmann, Daniel
Slezák, Martin
Spanier, Felix
Steidl, Markus
Sturm, Michael
Sun, Menglei
Telle, Helmut H.
Thorne, Larisa A.
Thümmler, Thomas
Titov, Nikita
Tkachev, Igor
Vénos, Drahoš
Valerius, Kathrin
Vizcaya Hernández, Ana P.
Weber, Marc
Weinheimer, Christian
Weiss, Christiane
Welte, Stefan
Wendel, Jürgen
Wilkerson, John F.
Wolf, Joachim
Wüstling, Sascha
Xu, Weiran
Yen, Yung-Ruey
Zadoroghny, Sergey
Zeller, Genrich
author_sort Aker, Max
collection PubMed
description The Karlsruhe Tritium Neutrino (KATRIN) experiment aims at measuring the effective electron neutrino mass with a sensitivity of 0.2 eV/c(2), i.e., improving on previous measurements by an order of magnitude. Neutrino mass data taking with KATRIN commenced in early 2019, and after only a few weeks of data recording, analysis of these data showed the success of KATRIN, improving on the known neutrino mass limit by a factor of about two. This success very much could be ascribed to the fact that most of the system components met, or even surpassed, the required specifications during long-term operation. Here, we report on the performance of the laser Raman (LARA) monitoring system which provides continuous high-precision information on the gas composition injected into the experiment’s windowless gaseous tritium source (WGTS), specifically on its isotopic purity of tritium—one of the key parameters required in the derivation of the electron neutrino mass. The concentrations c(x) for all six hydrogen isotopologues were monitored simultaneously, with a measurement precision for individual components of the order 10(−3) or better throughout the complete KATRIN data taking campaigns to date. From these, the tritium purity, ε(T), is derived with precision of <10(−3) and trueness of <3 × 10(−3), being within and surpassing the actual requirements for KATRIN, respectively.
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spelling pubmed-75068942020-09-26 Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy Aker, Max Altenmüller, Konrad Beglarian, Armen Behrens, Jan Berlev, Anatoly Besserer, Uwe Bieringer, Benedikt Blaum, Klaus Block, Fabian Bornschein, Beate Bornschein, Lutz Böttcher, Matthias Brunst, Tim Caldwell, Thomas C. Chilingaryan, Suren Choi, Wonqook Díaz Barrero, Deseada D. Debowski, Karol Deffert, Marco Descher, Martin Doe, Peter J. Dragoun, Otokar Drexlin, Guido Dyba, Stephan Edzards, Frank Eitel, Klaus Ellinger, Enrico Engel, Ralph Enomoto, Sanshiro Fedkevych, Mariia Felden, Arne Formaggio, Joseph F. Fränkle, Florian Franklin, Gregg B. Friedel, Fabian Fulst, Alexander Gauda, Kevin Gil, Woosik Glück, Ferenc Größle, Robin Gumbsheimer, Rainer Hannen, Volker Haußmann, Norman Helbing, Klaus Hickford, Stephanie Hiller, Roman Hillesheimer, David Hinz, Dominic Höhn, Thomas Houdy, Thibaut Huber, Anton Jansen, Alexander Karl, Christian Kellerer, Jonas Kippenbrock, Luke Klein, Manuel Köhler, Christoph Köllenberger, Leonard Kopmann, Andreas Korzeczek, Marc Kovalík, Alojz Krasch, Bennet Krause, Holger La Cascio, Luisa Lasserre, Thierry Le, Thanh-Long Lebeda, Ondřej Lehnert, Bjoern Lokhov, Alexey Machatschek, Moritz Malcherek, Emma Marsteller, Alexander Martin, Eric L. Meier, Matthias Melzer, Christin Mertens, Susanne Müller, Klaus Niemes, Simon Oelpmann, Patrick Osipowicz, Alexander Parno, Diana S. Poon, Alan W.P. Lopez Poyato, Jose M. Priester, Florian Rest, Oliver Röllig, Marco Röttele, Carsten Robertson, R.G. Hamish Rodenbeck, Caroline Ryšavỳ, Milos Sack, Rudolf Saenz, Alejandro Schäfer, Peter Schaller (née Pollithy), Anna Schimpf, Lutz Schlösser, Klaus Schlösser, Magnus Schlüter, Lisa Schrank, Michael Schulz, Bruno Sefčík, Michal Seitz-Moskaliuk, Hendrik Sibille, Valérian Siegmann, Daniel Slezák, Martin Spanier, Felix Steidl, Markus Sturm, Michael Sun, Menglei Telle, Helmut H. Thorne, Larisa A. Thümmler, Thomas Titov, Nikita Tkachev, Igor Vénos, Drahoš Valerius, Kathrin Vizcaya Hernández, Ana P. Weber, Marc Weinheimer, Christian Weiss, Christiane Welte, Stefan Wendel, Jürgen Wilkerson, John F. Wolf, Joachim Wüstling, Sascha Xu, Weiran Yen, Yung-Ruey Zadoroghny, Sergey Zeller, Genrich Sensors (Basel) Article The Karlsruhe Tritium Neutrino (KATRIN) experiment aims at measuring the effective electron neutrino mass with a sensitivity of 0.2 eV/c(2), i.e., improving on previous measurements by an order of magnitude. Neutrino mass data taking with KATRIN commenced in early 2019, and after only a few weeks of data recording, analysis of these data showed the success of KATRIN, improving on the known neutrino mass limit by a factor of about two. This success very much could be ascribed to the fact that most of the system components met, or even surpassed, the required specifications during long-term operation. Here, we report on the performance of the laser Raman (LARA) monitoring system which provides continuous high-precision information on the gas composition injected into the experiment’s windowless gaseous tritium source (WGTS), specifically on its isotopic purity of tritium—one of the key parameters required in the derivation of the electron neutrino mass. The concentrations c(x) for all six hydrogen isotopologues were monitored simultaneously, with a measurement precision for individual components of the order 10(−3) or better throughout the complete KATRIN data taking campaigns to date. From these, the tritium purity, ε(T), is derived with precision of <10(−3) and trueness of <3 × 10(−3), being within and surpassing the actual requirements for KATRIN, respectively. MDPI 2020-08-26 /pmc/articles/PMC7506894/ /pubmed/32859049 http://dx.doi.org/10.3390/s20174827 Text en © 2020 by the authors. Licensee MDPI, Basel, Switzerland. This article is an open access article distributed under the terms and conditions of the Creative Commons Attribution (CC BY) license (http://creativecommons.org/licenses/by/4.0/).
spellingShingle Article
Aker, Max
Altenmüller, Konrad
Beglarian, Armen
Behrens, Jan
Berlev, Anatoly
Besserer, Uwe
Bieringer, Benedikt
Blaum, Klaus
Block, Fabian
Bornschein, Beate
Bornschein, Lutz
Böttcher, Matthias
Brunst, Tim
Caldwell, Thomas C.
Chilingaryan, Suren
Choi, Wonqook
Díaz Barrero, Deseada D.
Debowski, Karol
Deffert, Marco
Descher, Martin
Doe, Peter J.
Dragoun, Otokar
Drexlin, Guido
Dyba, Stephan
Edzards, Frank
Eitel, Klaus
Ellinger, Enrico
Engel, Ralph
Enomoto, Sanshiro
Fedkevych, Mariia
Felden, Arne
Formaggio, Joseph F.
Fränkle, Florian
Franklin, Gregg B.
Friedel, Fabian
Fulst, Alexander
Gauda, Kevin
Gil, Woosik
Glück, Ferenc
Größle, Robin
Gumbsheimer, Rainer
Hannen, Volker
Haußmann, Norman
Helbing, Klaus
Hickford, Stephanie
Hiller, Roman
Hillesheimer, David
Hinz, Dominic
Höhn, Thomas
Houdy, Thibaut
Huber, Anton
Jansen, Alexander
Karl, Christian
Kellerer, Jonas
Kippenbrock, Luke
Klein, Manuel
Köhler, Christoph
Köllenberger, Leonard
Kopmann, Andreas
Korzeczek, Marc
Kovalík, Alojz
Krasch, Bennet
Krause, Holger
La Cascio, Luisa
Lasserre, Thierry
Le, Thanh-Long
Lebeda, Ondřej
Lehnert, Bjoern
Lokhov, Alexey
Machatschek, Moritz
Malcherek, Emma
Marsteller, Alexander
Martin, Eric L.
Meier, Matthias
Melzer, Christin
Mertens, Susanne
Müller, Klaus
Niemes, Simon
Oelpmann, Patrick
Osipowicz, Alexander
Parno, Diana S.
Poon, Alan W.P.
Lopez Poyato, Jose M.
Priester, Florian
Rest, Oliver
Röllig, Marco
Röttele, Carsten
Robertson, R.G. Hamish
Rodenbeck, Caroline
Ryšavỳ, Milos
Sack, Rudolf
Saenz, Alejandro
Schäfer, Peter
Schaller (née Pollithy), Anna
Schimpf, Lutz
Schlösser, Klaus
Schlösser, Magnus
Schlüter, Lisa
Schrank, Michael
Schulz, Bruno
Sefčík, Michal
Seitz-Moskaliuk, Hendrik
Sibille, Valérian
Siegmann, Daniel
Slezák, Martin
Spanier, Felix
Steidl, Markus
Sturm, Michael
Sun, Menglei
Telle, Helmut H.
Thorne, Larisa A.
Thümmler, Thomas
Titov, Nikita
Tkachev, Igor
Vénos, Drahoš
Valerius, Kathrin
Vizcaya Hernández, Ana P.
Weber, Marc
Weinheimer, Christian
Weiss, Christiane
Welte, Stefan
Wendel, Jürgen
Wilkerson, John F.
Wolf, Joachim
Wüstling, Sascha
Xu, Weiran
Yen, Yung-Ruey
Zadoroghny, Sergey
Zeller, Genrich
Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title_full Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title_fullStr Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title_full_unstemmed Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title_short Quantitative Long-Term Monitoring of the Circulating Gases in the KATRIN Experiment Using Raman Spectroscopy
title_sort quantitative long-term monitoring of the circulating gases in the katrin experiment using raman spectroscopy
topic Article
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7506894/
https://www.ncbi.nlm.nih.gov/pubmed/32859049
http://dx.doi.org/10.3390/s20174827
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AT kraschbennet quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT krauseholger quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lacascioluisa quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lasserrethierry quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lethanhlong quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lebedaondrej quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lehnertbjoern quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lokhovalexey quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT machatschekmoritz quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT malcherekemma quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT marstelleralexander quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT martinericl quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT meiermatthias quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT melzerchristin quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT mertenssusanne quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT mullerklaus quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT niemessimon quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT oelpmannpatrick quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT osipowiczalexander quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT parnodianas quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT poonalanwp quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT lopezpoyatojosem quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT priesterflorian quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT restoliver quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT rolligmarco quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT rottelecarsten quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT robertsonrghamish quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT rodenbeckcaroline quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT rysavymilos quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT sackrudolf quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT saenzalejandro quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schaferpeter quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schallerneepollithyanna quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schimpflutz quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schlosserklaus quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schlossermagnus quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schluterlisa quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schrankmichael quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT schulzbruno quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT sefcikmichal quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT seitzmoskaliukhendrik quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT sibillevalerian quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT siegmanndaniel quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT slezakmartin quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT spanierfelix quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT steidlmarkus quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT sturmmichael quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT sunmenglei quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT tellehelmuth quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT thornelarisaa quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT thummlerthomas quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT titovnikita quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT tkachevigor quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT venosdrahos quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT valeriuskathrin quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT vizcayahernandezanap quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT webermarc quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT weinheimerchristian quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT weisschristiane quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT weltestefan quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT wendeljurgen quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT wilkersonjohnf quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT wolfjoachim quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT wustlingsascha quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT xuweiran quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT yenyungruey quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT zadoroghnysergey quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy
AT zellergenrich quantitativelongtermmonitoringofthecirculatinggasesinthekatrinexperimentusingramanspectroscopy