A NON-CONTACT PASSIVE APPROACH FOR THE EFFECTIVE COLLECTION OF TARGET EXPLOSIVE VOLATILES FOR CANINE TRAINING AID DEVELOPMENT

Claudia L Sanchez; Adhly Huertas; Paola Tiedemann; Kenneth G Furton

A NON-CONTACT PASSIVE APPROACH FOR THE EFFECTIVE COLLECTION OF TARGET EXPLOSIVE VOLATILES FOR CANINE TRAINING AID DEVELOPMENT

Claudia L Sanchez, Adhly Huertas, Paola Tiedemann, Kenneth G Furton

Arts and Sciences

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

Abstract

The use of real explosive materials for canine training involves inherent danger, hazards exposure, and limited availability of the training material all of which affect canine teams. For this reason, the development of a training aid suitable for daily military operations is necessary to provide safe and effective explosive detection training that will further provide enhanced detection capabilities. This study presents a non-contact passive approach for the collection of target volatile organic compounds (VOCs) emanating from real explosive materials to be used as potential canine training aids. This will also provide the ability for the creation of new training aids based on the rapid evolution of new explosive threats.

Original language	English
Pages (from-to)	8
Journal	Journal of Forensic Science & Criminology
State	Published - Apr 28 2016

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title = "A NON-CONTACT PASSIVE APPROACH FOR THE EFFECTIVE COLLECTION OF TARGET EXPLOSIVE VOLATILES FOR CANINE TRAINING AID DEVELOPMENT",

abstract = "The use of real explosive materials for canine training involves inherent danger, hazards exposure, and limited availability of the training material all of which affect canine teams. For this reason, the development of a training aid suitable for daily military operations is necessary to provide safe and effective explosive detection training that will further provide enhanced detection capabilities. This study presents a non-contact passive approach for the collection of target volatile organic compounds (VOCs) emanating from real explosive materials to be used as potential canine training aids. This will also provide the ability for the creation of new training aids based on the rapid evolution of new explosive threats.",

author = "Sanchez, {Claudia L} and Adhly Huertas and Paola Tiedemann and Furton, {Kenneth G}",

year = "2016",

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journal = "Journal of Forensic Science & Criminology",

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AU - Tiedemann, Paola

AU - Furton, Kenneth G

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N2 - The use of real explosive materials for canine training involves inherent danger, hazards exposure, and limited availability of the training material all of which affect canine teams. For this reason, the development of a training aid suitable for daily military operations is necessary to provide safe and effective explosive detection training that will further provide enhanced detection capabilities. This study presents a non-contact passive approach for the collection of target volatile organic compounds (VOCs) emanating from real explosive materials to be used as potential canine training aids. This will also provide the ability for the creation of new training aids based on the rapid evolution of new explosive threats.

AB - The use of real explosive materials for canine training involves inherent danger, hazards exposure, and limited availability of the training material all of which affect canine teams. For this reason, the development of a training aid suitable for daily military operations is necessary to provide safe and effective explosive detection training that will further provide enhanced detection capabilities. This study presents a non-contact passive approach for the collection of target volatile organic compounds (VOCs) emanating from real explosive materials to be used as potential canine training aids. This will also provide the ability for the creation of new training aids based on the rapid evolution of new explosive threats.

M3 - Article

SP - 8

JO - Journal of Forensic Science & Criminology

JF - Journal of Forensic Science & Criminology

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