Comparison of different methods for determining the selectivity coefficient using a magnesium-selective electrode von Zhang, Wei, Fakler, Alphons, Demuth, Caspar, Spichiger, Ursula E.

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Development of Magnesium-Ion-Selective Microelectrodes Based on a New Neutral Carrier ETHT 5504 von Zhang, Xueji, Fakler, Alphons, Spichiger, Ursula E.

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Advanced Materials and Measuring Techniques for Chemical Sensors von Spichiger-Keller, Ursula E., Demuth, Caspar, Fakler, Alphons, Jenny, Luzi, Linnhoff, Michael, Lohse, Christian, Mohr, Gerhard J., Moradian, Allen, Müller, Jürg P., Nagel, Samuel, Nezel, Tomas, Roth, Thomas, Rothmaier, Markus, Zammaretti, Prisca, Zhang, Wei, Zhylyak, Gleb

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Development of Magnesium‐Ion‐Selective Microelectrodes Based on a New Neutral Carrier ETHT 5504 von Zhang, Xueji, Fakler, Alphons, Spichiger, Ursula E.

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A highly sensitive NO2-selective optode membrane von Nezel, Tomas, Fakler, Alphons, Zhylyak, Gleb, Mohr, Gerhard J, Spichiger-Keller, Ursula E

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Atomic Force Microscope:  A Tool for Studying Ionophores von Zammaretti, Prisca, Fakler, Alphons, Zaugg, Frank

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A highly sensitive NO 2-selective optode membrane von Nezel, Tomas, Fakler, Alphons, Zhylyak, Gleb, Mohr, Gerhard J, Spichiger-Keller, Ursula E

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Advanced Materials and Measuring Techniques for Chemical Sensors von Ursula E. Spichiger-Keller, Wei Zhang, Prisca Zammaretti, Markus Rothmaier, Thomas Roth, Tomas Nezel, Samuel Nagel, Jürg P. Müller, Allen Moradian, Gerhard J. Mohr, Christian Lohse, Michael Linnhoff, Luzi Jenny, Alphons Fakler, Caspar Demuth, Gleb Zhylyak

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