The University of Denver’s remote sensing system for vehicle exhaust has been successfully adapted to the measurement of vehicle emissions in a tunnel environment. Two studies conducted at the Fort McHenry Tunnel in Baltimore, MD and the Tuscarora Mountain Tunnel located west of Harrisburg, PA on the Pennsylvania Turnpike are described. The difficulties associated with remote sensing in a tunnel environment have led to a number of improvements in the remote sensing technology. The successful use of a prototype periscope system is described and evaluated along with the first-time measurements of dual lane traffic
The University of Denver conducted two five-day remote sensing studies on heavy-duty diesel vehicles...
The concentration of pollutant gases emitted by traffic in a tunnel affects the indoor air quality a...
© 2018 Elsevier Ltd Vehicle emissions are a major contributor to air pollution in cities and have se...
Experiments were conducted in the Fort McHenry Tunnel in Baltimore, MD, and in the Tuscarora Mountai...
This report summarizes the results of initial tests of a remote sensing system capable of real-time ...
The University of Denver has completed the fourth year of a multi-year remote sensing study in the D...
Remote sensing is an innovative science and technology that is aiding in numerous modes of transport...
Carbon monoxide (CO) emission measurements of thousands of vehicles per day are possible with a rece...
The objective of this paper is to use remote sensing to measure on-road emissions and to examine the...
1976PDFTech ReportRemote sensing systemsUnited States. Federal Highway AdministrationRussell, O.Unit...
The remote sensing technology developed by the University of Denver provides the first practical app...
As part of the 2010 Van Nuys tunnel study, researchers from the University of Denver measured on-roa...
The University of Denver conducted a five-day remote sensing study in the La Brea, California area i...
A custom remote controlled vehicle was developed and tested for imaging data acquisition in high-tem...
This study is based on 3 days of constant air quality monitoring with the use of 2 self improvised m...
The University of Denver conducted two five-day remote sensing studies on heavy-duty diesel vehicles...
The concentration of pollutant gases emitted by traffic in a tunnel affects the indoor air quality a...
© 2018 Elsevier Ltd Vehicle emissions are a major contributor to air pollution in cities and have se...
Experiments were conducted in the Fort McHenry Tunnel in Baltimore, MD, and in the Tuscarora Mountai...
This report summarizes the results of initial tests of a remote sensing system capable of real-time ...
The University of Denver has completed the fourth year of a multi-year remote sensing study in the D...
Remote sensing is an innovative science and technology that is aiding in numerous modes of transport...
Carbon monoxide (CO) emission measurements of thousands of vehicles per day are possible with a rece...
The objective of this paper is to use remote sensing to measure on-road emissions and to examine the...
1976PDFTech ReportRemote sensing systemsUnited States. Federal Highway AdministrationRussell, O.Unit...
The remote sensing technology developed by the University of Denver provides the first practical app...
As part of the 2010 Van Nuys tunnel study, researchers from the University of Denver measured on-roa...
The University of Denver conducted a five-day remote sensing study in the La Brea, California area i...
A custom remote controlled vehicle was developed and tested for imaging data acquisition in high-tem...
This study is based on 3 days of constant air quality monitoring with the use of 2 self improvised m...
The University of Denver conducted two five-day remote sensing studies on heavy-duty diesel vehicles...
The concentration of pollutant gases emitted by traffic in a tunnel affects the indoor air quality a...
© 2018 Elsevier Ltd Vehicle emissions are a major contributor to air pollution in cities and have se...