Results 121 to 130 of about 4,821 (159)
Increasing the Sensitivity of pH Glass Electrodes with Constant Potential Coulometry at Zero Current. [PDF]
Nussbaum R, Jeanneret S, Bakker E.
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Rapid potentiometric and spectrophotometric determination of cefotaxime in pharmaceutical and biological samples. [PDF]
Al-Farhan BS, Naggar AH, Farghaly OA.
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PULSE: A Fast Portable Unit for Lab-on-Site Electrochemistry. [PDF]
Ferreira C +5 more
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Interaction of Sodium Polystyrenesulfonate with Fluorinated Ionic Surfactant of Opposite Charge. [PDF]
Turk M, Kogej K, Hansson P.
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Angewandte Chemie, 2007
AbstractDie meisten Chemiker verbinden Potentiometrie mithilfe ionenselektiver Elektroden (ISEs) in erster Linie mit pH‐Messungen mit einer Glaselektrode. Wer sich für die klinische Analytik interessiert, weiß außerdem, dass ISEs routinemäßig zur Bestimmung von Elektrolyten im Blut eingesetzt werden und einen Marktumfang erzielen, der dem von ...
Eric Bakker, Ernö Pretsch
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AbstractDie meisten Chemiker verbinden Potentiometrie mithilfe ionenselektiver Elektroden (ISEs) in erster Linie mit pH‐Messungen mit einer Glaselektrode. Wer sich für die klinische Analytik interessiert, weiß außerdem, dass ISEs routinemäßig zur Bestimmung von Elektrolyten im Blut eingesetzt werden und einen Marktumfang erzielen, der dem von ...
Eric Bakker, Ernö Pretsch
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Nanostructured materials in potentiometry
Analytical and Bioanalytical Chemistry, 2010Potentiometry is a very simple electrochemical technique with extraordinary analytical capabilities. It is also well known that nanostructured materials display properties which they do not show in the bulk phase. The combination of the two fields of potentiometry and nanomaterials is therefore a promising area of research and development.
Ali, Düzgün +5 more
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Scanning nonlinear dielectric potentiometry
Review of Scientific Instruments, 2015Measuring spontaneous polarization and permanent dipoles on surfaces and interfaces on the nanoscale is difficult because the induced electrostatic fields and potentials are often influenced by other phenomena such as the existence of monopole fixed charges, screening charges, and contact potential differences.
Kohei Yamasue, Yasuo Cho
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ECS Meeting Abstracts, 2009
Properties of organic semiconductors (OS) are controlled by the primary and secondary doping1,2. These highly versatile materials have found sensing application in modern potentiometric sensors for ions as well as for potentiometric sensing of gases.
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Properties of organic semiconductors (OS) are controlled by the primary and secondary doping1,2. These highly versatile materials have found sensing application in modern potentiometric sensors for ions as well as for potentiometric sensing of gases.
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