Add to ORKGAuthor Institution: Department of Chemistry, University of Rhode Island, KingstonInfrared spectra of approximately fifty samples of crude oils and their distillate products indicate that the 650 to $1200 cm^{-1}$ region is very sensitive to the origin of the samples. The spectra are used to characterize the samples as to the part of the world they come from and also to distinguish one sample from another. Spectra of samples from recent Atlantic Coast oil spills have also been measured and compared with spectra of known samples. Techniques for collecting samples on natural waters and the effect of weathering upon oil spills will be discussed
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Author Institution: Department of Chemistry, University of Rhode Island, KingstonInfrared spectra of...
The purpose of this study was to develop a technique for the identification of the source of an oil ...
250-252An oil spill on a beach in Bombay was characterised for the source identification. Presence o...
Infrared spectroscopy is presented as a quick alternative method for establishing crude oil properti...
Surface and upper-layer pollution of seas and oceans by crude oil and refinery products is under stu...
A proof-of-concept spectroscopic method for crude and heavy fuel oil asphaltenes was developed to co...
In this paper, we analyzed the crude oils of five different regions of Iran to identify their source...
Since its release into the environment on April 20, 2010, oil from the Deepwater Horizon spill has b...
Contamination of aquatic and terrestrial environment with oil products is a major problem in process...
It is important to detect floating oil slicks after spill accidents, and hyperspectral remote sensin...
It is important to detect floating oil slicks after spill accidents, and hyperspectral remote sensin...
Petroleum compounds from crude oil are deceptively complex; aside from the wealth of hydrocarbon com...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Author Institution: Department of Chemistry, University of Rhode Island, KingstonInfrared spectra of...
The purpose of this study was to develop a technique for the identification of the source of an oil ...
250-252An oil spill on a beach in Bombay was characterised for the source identification. Presence o...
Infrared spectroscopy is presented as a quick alternative method for establishing crude oil properti...
Surface and upper-layer pollution of seas and oceans by crude oil and refinery products is under stu...
A proof-of-concept spectroscopic method for crude and heavy fuel oil asphaltenes was developed to co...
In this paper, we analyzed the crude oils of five different regions of Iran to identify their source...
Since its release into the environment on April 20, 2010, oil from the Deepwater Horizon spill has b...
Contamination of aquatic and terrestrial environment with oil products is a major problem in process...
It is important to detect floating oil slicks after spill accidents, and hyperspectral remote sensin...
It is important to detect floating oil slicks after spill accidents, and hyperspectral remote sensin...
Petroleum compounds from crude oil are deceptively complex; aside from the wealth of hydrocarbon com...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...
Four comparison statistics (similarity indices) for the identification of the source of a petroleum ...