The influence of salts containing lipophilic cations and anions on the electrical resistance of the membranes of calcium ion-selective macro- and micro-electrodes based on a neutral carrier is described. The resistance of macroelectrodes was decreased by a factor of about 50 or of about 3 compared to membranes without and with potassium tetrakis- (p-chlorophenyl)borate, respectively. No significant reduction of the membrane resistance was achieved for microelectrodes. The lower detection limit and the Ca2+/K+ selectivity factor were improved for both types of electrode. © 1985
Lipophilic background electrolytes consisting of a lipophilic cation and a lipophilic anion, such as...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...
The influence of salts containing lipophilic cations and anions on the electrical resistance of the ...
The ion selectivity exhibited by different types of membrane electrodes is rationalized by a theoret...
444-446Some neutral bidentate organo-phosphorus compou1ds have been studied as electrode-active subs...
The influence of incorporated lipophilic particles on the potentiometric response behaviour of two C...
A Ca2+ sensor based on the admittance change of synthetic membranes supported on derivatized silicon...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
Membranes fabricated from an inert polyvinyl chloride matrix impregnated with tributyl phosphate and...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
Lipophilic background electrolytes consisting of a lipophilic cation and a lipophilic anion, such as...
Lipophilic background electrolytes consisting of a lipophilic cation and a lipophilic anion, such as...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...
The influence of salts containing lipophilic cations and anions on the electrical resistance of the ...
The ion selectivity exhibited by different types of membrane electrodes is rationalized by a theoret...
444-446Some neutral bidentate organo-phosphorus compou1ds have been studied as electrode-active subs...
The influence of incorporated lipophilic particles on the potentiometric response behaviour of two C...
A Ca2+ sensor based on the admittance change of synthetic membranes supported on derivatized silicon...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
Membranes fabricated from an inert polyvinyl chloride matrix impregnated with tributyl phosphate and...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
In order to study the parameters affecting the dynamic response behavior of neutral-carrier-based li...
Lipophilic background electrolytes consisting of a lipophilic cation and a lipophilic anion, such as...
Lipophilic background electrolytes consisting of a lipophilic cation and a lipophilic anion, such as...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...
The results of fast Ca2+ activity step experiments using ionophore- and ion exchanger-based Ca2+-sel...