Ultrasensitive detection of nitrogen oxides over a nanoporous membrane

Amlendu Prabhakar; Rodrigo A. Iglesias; Rui Wang; Francis Tsow; Erica Forzani

doi:10.1021/ac101908g

Ultrasensitive detection of nitrogen oxides over a nanoporous membrane

Amlendu Prabhakar
, Rodrigo A. Iglesias
, Rui Wang
, Francis Tsow
, Erica Forzani

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

16 Scopus citations

Abstract

A nitrogen oxide (NO_x; x = 1, 2) optical sensor with an extremely low detection limit in the range of fractions of ppbV (0.3 ppbV for 20 s sample injection) is presented. Phenylenediamine derivatives are utilized as molecular probes in the solid state on a nanoporous membrane to produce a miniaturized and low cost sensing platform for use as a wearable personal monitor.

Original language	English (US)
Pages (from-to)	9938-9940
Number of pages	3
Journal	Analytical chemistry
Volume	82
Issue number	23
DOIs	https://doi.org/10.1021/ac101908g
State	Published - Dec 1 2010

ASJC Scopus subject areas

Analytical Chemistry

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10.1021/ac101908g

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title = "Ultrasensitive detection of nitrogen oxides over a nanoporous membrane",

abstract = "A nitrogen oxide (NOx; x = 1, 2) optical sensor with an extremely low detection limit in the range of fractions of ppbV (0.3 ppbV for 20 s sample injection) is presented. Phenylenediamine derivatives are utilized as molecular probes in the solid state on a nanoporous membrane to produce a miniaturized and low cost sensing platform for use as a wearable personal monitor.",

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AU - Iglesias, Rodrigo A.

AU - Wang, Rui

AU - Tsow, Francis

AU - Forzani, Erica

PY - 2010/12/1

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N2 - A nitrogen oxide (NOx; x = 1, 2) optical sensor with an extremely low detection limit in the range of fractions of ppbV (0.3 ppbV for 20 s sample injection) is presented. Phenylenediamine derivatives are utilized as molecular probes in the solid state on a nanoporous membrane to produce a miniaturized and low cost sensing platform for use as a wearable personal monitor.

AB - A nitrogen oxide (NOx; x = 1, 2) optical sensor with an extremely low detection limit in the range of fractions of ppbV (0.3 ppbV for 20 s sample injection) is presented. Phenylenediamine derivatives are utilized as molecular probes in the solid state on a nanoporous membrane to produce a miniaturized and low cost sensing platform for use as a wearable personal monitor.

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Ultrasensitive detection of nitrogen oxides over a nanoporous membrane

Abstract

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