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1by Vollmer, Martin, Bernard, François, Mitrevski, Blagoj, Steele, L. Paul, Trudinger, Cathy, Reimann, Stefan, Langenfelds, Ray, Krummel, Paul, Fraser, Paul, Etheridge, David, Curran, Mark, Burkholder, James“... predominantly from usage of c-C4F8O as a solvent in the semiconductor industry, peaked at 0.15 (±0.04, 2σ) kt yr...”
Published in Atmospheric Chemistry and Physics (2019)
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2by Vollmer, Martin K., Bernard, François, Mitrevski, Blagoj, Steele, L. Paul, Trudinger, Cathy M., Reimann, Stefan, Langenfelds, Ray L., Krummel, Paul B., Fraser, Paul J., Etheridge, David M., Curran, Mark A. J., Burkholder, James B.“... from usage of c - C 4 F 8 O as a solvent in the semiconductor industry, peaked at 0.15 ( ±0.04 , 2 σ...”
Published in Atmospheric Chemistry and Physics (2019)
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3by Vollmer, Martin K., Bernard, François, Mitrevski, Blagoj, Steele, L. Paul, Trudinger, Cathy M., Reimann, Stefan, Langenfelds, Ray L., Krummel, Paul B., Fraser, Paul J., Etheridge, David M., Curran, Mark A. J., Burkholder, James B.“... from usage of c -C 4 F 8 O as a solvent in the semiconductor industry, peaked at 0.15 (±0.04, 2σ) kt yr...”
Published in Atmospheric Chemistry and Physics (2019)
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4by Vollmer, Martin K., Bernard, François, Mitrevski, Blagoj, Steele, L. Paul, Trudinger, Cathy M., Reimann, Stefan, Langenfelds, Ray L., Krummel, Paul B., Fraser, Paul J., Etheridge, David M., Curran, Mark A. J., Burkholder, James B.“... in the semiconductor industry, peaked at 0.15 (±0.04, 2σ) kt yr−1 in 2004 and have since declined to <0.015 kt yr−1...”
Published in Atmospheric Chemistry and Physics (2019)
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5by M. K. Vollmer, F. Bernard, B. Mitrevski, L. P. Steele, C. M. Trudinger, S. Reimann, R. L. Langenfelds, P. B. Krummel, P. J. Fraser, D. M. Etheridge, M. A. J. Curran, J. B. Burkholder“... from usage of c - C 4 F 8 O as a solvent in the semiconductor industry, peaked at 0.15 ( ±0.04 , 2 σ...”
Published in Atmospheric Chemistry and Physics (2019)
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Article in Journal/Newspaper