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The establishment of EVISA is funded by the EU through the Fifth Framework Programme (G7RT- CT- 2002- 05112).


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Field Analytical Chemistry & Technology

Description
Last volume: 5/6

 

Status
discontinued
Indexing
Analytical Abstracts, Chemistry Citation Index,
Chromatography Abstracts, Current Contents/Agriculture, Biology, & Environmental Sciences, Current Contents/Engineering, Computing, & Technology, Current Contents/Physical, Chemical, & Earth Sc
Subject

Source type
Journal
Publisher
ISBN ISSN
1086-900X
First volume
1
Last volume
5
Publish city
New York
Homepage
Description

Field Analytical Chemistry and Technology (FACT ) is an interdisciplinary journal dedicated to the publication of research and development work concerned with the application of analytical chemistry outside the conventional, fixed-site laboratory. The journal emphasizes the special challenges and benefits of developing improved field-portable instruments and methods, as well as of applying these tools to a broad range of environmental, regulatory, health, safety, forensic, and military applications. Since specialized journals are available for process monitoring and medical diagnostics, manuscripts in these and other related fields will only be considered if they address issues of common interest.

FACT features Original Research Papers, Technical Notes (short communications of a technical nature), Outfield Reports, and Reviews. Reviews and Outfield Reports are written by invitation of the editors, who welcome suggestions for subjects. Review categories include Technology Reviews, Application Reviews, and Mini-Reviews (e.g. highlighting the work of a particular laboratory or research group). Outfield Reports describe major field analytical projects involving multidisciplinary teams, often operating under highly demanding conditions.

 

Among the many possible topics of this interdisciplinary new field falling within the scope of FACT are:

  • Design, engineering,and testing of field-portable instrumentation
  • Novel applications of field-portable analytical techniques
  • Field sampling methods and strategies
  • Chemical gradient mapping and distributed systems
  • Chemical sensor technology
  • On-site monitoring and mobile laboratories
  • Testing, validation, and quality assurance
  • Simulation, modeling, and data handling

 



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