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Role of Polymer Functionalization in the Gas-Sensing Effect

We also assume that addition surface modification and doping strongly affect temporal stability of functionalized polymer surface (see Chap. 19 (Vol. 2)). For example, de Leeuw et al. (1997) reported that many polymer-based devices were not designed due to the lack of environmentally stable n-type-doped [Pg.352]

Polypyrrole (PPy) S alkyl S alkoxy S hydroxyalkyl S carboxyalkyl S alkyl sulfonic acid S amine S ester group G to PVA C with thiophene [Pg.353]

Polyaniline (PAni) S alkoxy S sulfonic acid S phenyl S boronate G to SWNT [Pg.353]

Polythiophene (PTh) S alkyl S alkoxy S ester group S alkthio S carboxyl alkyl C poly(3-octylthiophene-cc -thienylethanol) C with PS C with PMA C with PBA [Pg.353]

Poly (3,4-thylenedioxythiophene) (PEdot) S alkoxy S ether group [Pg.353]


Role of Polymer Functionalization in the Gas-Sensing Effect References... [Pg.1]


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Effect of Gases

Effective functionality

Effects function

Functionality of the polymers

Functionalization of polymers

Gas sensing effect

Gas-sensing

Polymer the role

Polymers roles

Role-functionalism

Sensing effect

Sensing functions

Sensing of

The Effect of Polymers

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