Chemically modified field effect transistors: The effect of ion-pair association on the membrane potentials von Cobben, Peter L.H.M., Egberink, Richard J.M., Bomer, Johan G., Bergveld, Piet, Reinhoudt, David N.

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Chemically modified field-effect transistors; potentiometric Ag+ selectivity of PVC membranes based on macrocyclic thioethers von Brzozka, Zbigniew, Cobben, Peter L.H.M., Reinhoudt, David N., Edema, Jilles J.H., Buter, Jan, Kellogg, Richard M.

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Transduction of selective recognition of heavy metal ions by chemically modified field effect transistors (CHEMFETs) von Cobben, Peter L. H. M., Egberink, Richard J. M., Bomer, Johan G., Bergveld, Piet, Verboom, Willem, Reinhoudt, David N.

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Chemically modified ion-sensitive field-effect transistors: elimination of the liquid juction potential in a double sensor flow-injection analysis cell von Cobben, Peter L.H.M., Egberink, Richard J.M., Bomer, Johan G., Schouwenaar, Robert, Brzozka, Zbigniew, Bos, Martinus, Bergveld, Piet, Reinhoudt, David N.

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Syntheses of 1,3-disubstituted N-oxy-β-carbolines by the Pictet-Spengler reactions of N-oxy-tryptophan and -tryptamine derivatives von Hermkens, Pedro H.H., van Maarseveen, Jan H., Cobben, Peter L.H.M., Ottenheijm, Harry C.J., Kruse, Chris G., Scheerent, Hans W.

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Chemically modified ion-sensitive field-effect transistors: application in flow-injection analysis cells without polymeric encapsulation and wire bonding von Cobben, Peter L.H.M., Egberink, Richard J.M., Bomer, Johan G., Sudhölter, Ernst J.R., Bergveld, Piet, Reinhoudt, David N.

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