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real time / stainless steel chamber / quantum chemical formation free energies / power law fit / chemical reaction model / chemical systems / et al. quantum chemical calculations / quantum chemical calculations / quantum chemical methods / chemical identity / gas bottle / /
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cHelsinki Institute of Physics / European Research Council / University of Leeds / University of California / Irvine / Finnish Funding Agency for Technology and Innovation / US Federal Reserve / European Commission / University of Helsinki / Carnegie Mellon University / Pittsburgh / University of Innsbruck / Swiss National Science Foundation / University of Frankfurt / European Organization for Nuclear Research / California Institute of Technology / University of Beira Interior / Väisälä Foundation / Austrian Science Fund / Nessling Foundation / US National Science Foundation / Finnish Meteorological Institute / dEuropean Organization for Nuclear Research / University of Lisbon / Academy of Finland / European Center for Nuclear Research / Russian Academy of Sciences / German Federal Ministry of Education / Davidow Foundation / University of Vienna / Portuguese Foundation for Science and Technology / Lebedev Physical Institute / Russian Foundation for Basic Research / Paul Scherrer Institute / /
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Christina Williamsona / Serge Mathotd / Antonio Amorime / Barbara J. Finlayson-Pitts / Neil M. Donahuei / Jasmin Tröstlf / Siegfried Schobesbergerb / Heikki Junninenb / Markus Leimingera / Amine / Urs Baltenspergerf / Francesco Riccobonof / Federico Bianchif / John H. Seinfeldj / Linda Rondoa / Ari Laaksonenl / Vladimir Makhmutovo / Alessandro Franchinb / Douglas R. Worsnopb / Martin Breitenlechnerg / Mikko Sipiläb / Arnaud P. Praplanb / Manuel Hutterlik / Andreas Kürtena / Josef Dommenf / Daniela Wimmera / Paul M. Winklerp / Gerhard Steinerb / Mario Simona / Richard C. Flaganj / Sebastian Ehrharta / Jonathan Duplissyb / Joachim Curtiusa / Kenneth S. Carslawq / Martin Heinritzia / Nina Sarnelab / Alexey Adamovb / /
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CH-1211 Geneva / /
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APi / thermodynamics / v. 32 / crystallization / condensation / /
Neutral molecular cluster formation of sulfuric acid–dimethylamine observed in real time under atmospheric conditions Andreas Kürtena,1, Tuija Jokinenb, Mario Simona, Mikko Sipiläb,c, Nina Sarnelab, Heikki Junninenb,