The design of durable chemical sensors based on field-effect transistors (FETs) is described. After modification of an ion-sensitive FET (ISFET) with a polysiloxane membrane matrix, it is possible to attach all electroactive components covalently. Preliminary results of measurements with a sodium-selective CHEMFET have shown that the durability is improved by the covalent attachment of the electroactive components ( > 90 days)
Different hydrophobic polymers were used for chemical modification of ion-sensitive field effect tra...
An ion sensing device based on an ISFET is described for horticultural applications. Encasing proble...
Application of photocurable polymers for encapsulation of ion selective field effect transistors (IS...
Chemically modified field effect transistors for the selective detection of several cation and anion...
Polysiloxane copolymers with different amounts and types of substituents have been synthesized and c...
Polysiloxane copolymers with different amounts and types of substituents have been synthesized and c...
Closed soilless growing systems are introduced on a large scale in horticultural production, to decr...
Closed soilless growing systems are introduced on a large scale in horticultural production, to decr...
The effects of covalent attachment of the electroactive components (i.e. the cation receptor molecul...
This paper describes a strategy to overcome the problems associated with the use of MEMFETs as selec...
The effects of covalent attachment of the electroactive components (i.e. the cation receptor molecul...
Synthetic receptor molecules that selectively bind charged guests can store chemical information. Th...
The construction of chemical sensors requires the integration of a sensing molecule and a transducin...
345-353Introduced as a tool for electrophysiology three and a half decades ago, the ion-sensitive fi...
The design of durable sodium-selective CHEMFETs based on the covalent attachment of a sodium-selecti...
Different hydrophobic polymers were used for chemical modification of ion-sensitive field effect tra...
An ion sensing device based on an ISFET is described for horticultural applications. Encasing proble...
Application of photocurable polymers for encapsulation of ion selective field effect transistors (IS...
Chemically modified field effect transistors for the selective detection of several cation and anion...
Polysiloxane copolymers with different amounts and types of substituents have been synthesized and c...
Polysiloxane copolymers with different amounts and types of substituents have been synthesized and c...
Closed soilless growing systems are introduced on a large scale in horticultural production, to decr...
Closed soilless growing systems are introduced on a large scale in horticultural production, to decr...
The effects of covalent attachment of the electroactive components (i.e. the cation receptor molecul...
This paper describes a strategy to overcome the problems associated with the use of MEMFETs as selec...
The effects of covalent attachment of the electroactive components (i.e. the cation receptor molecul...
Synthetic receptor molecules that selectively bind charged guests can store chemical information. Th...
The construction of chemical sensors requires the integration of a sensing molecule and a transducin...
345-353Introduced as a tool for electrophysiology three and a half decades ago, the ion-sensitive fi...
The design of durable sodium-selective CHEMFETs based on the covalent attachment of a sodium-selecti...
Different hydrophobic polymers were used for chemical modification of ion-sensitive field effect tra...
An ion sensing device based on an ISFET is described for horticultural applications. Encasing proble...
Application of photocurable polymers for encapsulation of ion selective field effect transistors (IS...
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