Conducting organic polymer gas sensors: correlating sensor responses with the nature of the sensor material.

Richard A. Bissell; Feng-Bin Li; Paul Travers; Krishna Persaud

Conducting organic polymer gas sensors: correlating sensor responses with the nature of the sensor material.

Richard A. Bissell, Feng-Bin Li, Paul Travers, Krishna Persaud

Research output: Contribution to journal › Article › peer-review

Abstract

The study focuses on the polyalkylterthiophene group of conducting org. polymers (COPs) and studies the effect of varying polymer side chain and dopant ion on the elec. response of the materials to a variety of volatile org. chem. (VOC) classes. The broad conclusions of the study are that (a) the dominant factor affecting polyalkylterthiophene gas sensor response is the length of the polymer side chain, (b) dopant ions with high surface charge densities produce more sensitive gas sensors and (c) polar VOC classes are detected with greater sensitivity. [on SciFinder (R)]

Original language	English
Journal	Electrochemical Society. Proceedings
Volume	2001-15
Publication status	Published - 2001

Keywords

Alcohols; Alkanes; Aromatic hydrocarbons; Esters; Volatile organic compounds Role: ANT (Analyte), ANST (Analytical study) (analytes; correlating sensor responses with the nature of the sensor material for conducting org. polymer gas sensors); Gas sensors (correlating sensor responses with the nature of the sensor material for conducting org. polymer gas sensors)

Cite this

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title = "Conducting organic polymer gas sensors: correlating sensor responses with the nature of the sensor material.",

abstract = "The study focuses on the polyalkylterthiophene group of conducting org. polymers (COPs) and studies the effect of varying polymer side chain and dopant ion on the elec. response of the materials to a variety of volatile org. chem. (VOC) classes. The broad conclusions of the study are that (a) the dominant factor affecting polyalkylterthiophene gas sensor response is the length of the polymer side chain, (b) dopant ions with high surface charge densities produce more sensitive gas sensors and (c) polar VOC classes are detected with greater sensitivity. [on SciFinder (R)]",

keywords = "Alcohols; Alkanes; Aromatic hydrocarbons; Esters; Volatile organic compounds Role: ANT (Analyte), ANST (Analytical study) (analytes; correlating sensor responses with the nature of the sensor material for conducting org. polymer gas sensors); Gas sensors (correlating sensor responses with the nature of the sensor material for conducting org. polymer gas sensors)",

author = "Bissell, {Richard A.} and Feng-Bin Li and Paul Travers and Krishna Persaud",

year = "2001",

language = "English",

volume = "2001-15",

journal = "Electrochemical Society. Proceedings",

issn = "0161-6374",

publisher = "Electrochemical Society",

}

TY - JOUR

T1 - Conducting organic polymer gas sensors: correlating sensor responses with the nature of the sensor material.

AU - Bissell, Richard A.

AU - Li, Feng-Bin

AU - Travers, Paul

AU - Persaud, Krishna

PY - 2001

Y1 - 2001

N2 - The study focuses on the polyalkylterthiophene group of conducting org. polymers (COPs) and studies the effect of varying polymer side chain and dopant ion on the elec. response of the materials to a variety of volatile org. chem. (VOC) classes. The broad conclusions of the study are that (a) the dominant factor affecting polyalkylterthiophene gas sensor response is the length of the polymer side chain, (b) dopant ions with high surface charge densities produce more sensitive gas sensors and (c) polar VOC classes are detected with greater sensitivity. [on SciFinder (R)]

AB - The study focuses on the polyalkylterthiophene group of conducting org. polymers (COPs) and studies the effect of varying polymer side chain and dopant ion on the elec. response of the materials to a variety of volatile org. chem. (VOC) classes. The broad conclusions of the study are that (a) the dominant factor affecting polyalkylterthiophene gas sensor response is the length of the polymer side chain, (b) dopant ions with high surface charge densities produce more sensitive gas sensors and (c) polar VOC classes are detected with greater sensitivity. [on SciFinder (R)]

KW - Alcohols; Alkanes; Aromatic hydrocarbons; Esters; Volatile organic compounds Role: ANT (Analyte), ANST (Analytical study) (analytes; correlating sensor responses with the nature of the sensor material for conducting org. polymer gas sensors); Gas sensors

M3 - Article

SN - 0161-6374

VL - 2001-15

JO - Electrochemical Society. Proceedings

JF - Electrochemical Society. Proceedings

ER -

Conducting organic polymer gas sensors: correlating sensor responses with the nature of the sensor material.

Abstract

Keywords

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