A colorimetric passive ozone monitoring system is currently in use in the GLOBE project, as well as several other environmental studies, as commercially supplied as Eco-Badge by Vistanomics. This simple, but effective, system consists of papers treated with a chemical preparation, tin(II) diphenylcarbazidel that reacts with ozone to change them from white to purple. The intensity of the purple coloration is dependent on the concentration of ozone. Our previous contributions to that method of analysis involved modest modifications to the chemical substrate employed. The new formulation improved the reproducibility and linearity of the color change of treated papers
This report describes the development of an invention for measuring the concentration of ozone by me...
A low-cost piezo-optical dosimeter badge has been developed for simultaneous time-weighted-average m...
A new simple method for determination of ozone in ambient air is presented. The reaction employed is...
In the study various methods to measure concentration of ozone were investigated. Emphasis was place...
This study presents various methods of measuring ozone and consolidates current state of knowledge i...
This report details the results of an ozone exposure experiment performed on a large number of tradi...
This diploma thesis deals with ozone measurement methods, especially focusing on opto-chemical metho...
A low-cost, accurate and sensitive passive measurement method for ozone has been developed and teste...
The majority of our work, therefore, centered on experiments at an extended exposure period at low o...
Depending on where ozone resides, it can protect or harm life on Earth. The thin layer of ozone that...
This short review provides the recent progresses on continuous monitoring of atmospheric ozone. The ...
The purpose of this activity is to measure ozone concentrations at ground level. Students deploy a s...
The article discusses the mechanisms of interaction of ozone with aqueous solutions of organic dyes....
Ozone monitoring techniques utilize expensive instruments that are often large and heavy. These inst...
Copyright © 2014 Hiromi Nagano et al.This is an open access article distributed under the Creative C...
This report describes the development of an invention for measuring the concentration of ozone by me...
A low-cost piezo-optical dosimeter badge has been developed for simultaneous time-weighted-average m...
A new simple method for determination of ozone in ambient air is presented. The reaction employed is...
In the study various methods to measure concentration of ozone were investigated. Emphasis was place...
This study presents various methods of measuring ozone and consolidates current state of knowledge i...
This report details the results of an ozone exposure experiment performed on a large number of tradi...
This diploma thesis deals with ozone measurement methods, especially focusing on opto-chemical metho...
A low-cost, accurate and sensitive passive measurement method for ozone has been developed and teste...
The majority of our work, therefore, centered on experiments at an extended exposure period at low o...
Depending on where ozone resides, it can protect or harm life on Earth. The thin layer of ozone that...
This short review provides the recent progresses on continuous monitoring of atmospheric ozone. The ...
The purpose of this activity is to measure ozone concentrations at ground level. Students deploy a s...
The article discusses the mechanisms of interaction of ozone with aqueous solutions of organic dyes....
Ozone monitoring techniques utilize expensive instruments that are often large and heavy. These inst...
Copyright © 2014 Hiromi Nagano et al.This is an open access article distributed under the Creative C...
This report describes the development of an invention for measuring the concentration of ozone by me...
A low-cost piezo-optical dosimeter badge has been developed for simultaneous time-weighted-average m...
A new simple method for determination of ozone in ambient air is presented. The reaction employed is...