Amorphous Solids: Low-Temperature Properties von Phillips, William A, Anderson, A.C, Golding, B, Graebner, J.E, Hunklinger, S, Jackle, J, Phillips, W.A, Pohl, R.O, Schickfus, M.v, Weaire, D.L

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Surface acoustic wave NO2 sensing using attenuation as the measured quantity von Rügemer, A., Reiss, S., Geyer, A., Schickfus, M.v., Hunklinger, S.

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Sensitive NO2 detection with surface acoustic wave devices using a cyclic measuring technique von Müller, C, Nirmaier, T, Rügemer, A, Schickfus, M.v

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Sensitive NO 2 detection with surface acoustic wave devices using a cyclic measuring technique von Müller, C, Nirmaier, T, Rügemer, A, Schickfus, M.v

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Surface acoustic wave NO 2 sensing using attenuation as the measured quantity von Rügemer, A., Reiss, S., Geyer, A., Schickfus, M.v., Hunklinger, S.

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Gas detection in the ppb-range with a high frequency, high sensitivity surface acoustic wave device von Rapp, M., Stanzel, R., Schickfus, M.v., Hunklinger, S., Fuchs, H., Schrepp, W., Keller, H., Fleischmann, B.

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A New Sensor Principle Based On The Reflection Of Surface Acoustic Waves von Becker, H., Schickfus, M.v., Hunklinger, S.

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“Glassy” properties of crystalline Li3N at low temperatures von Baumann, T., Schickfus, M.v., Hunklinger, S., Jäckle, J.

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Li3N — A model substance for the low-temperature anomalies in amorphous systems von Baumann, T., Schickfus, M.v., Hunklinger, S.

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“Glassy” properties of crystalline Li 3N at low temperatures von Baumann, T., Schickfus, M.v., Hunklinger, S., Jäckle, J.

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Li 3N — A model substance for the low-temperature anomalies in amorphous systems von Baumann, T., Schickfus, M.v., Hunklinger, S.

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