QUANTITATIVE INFRARED THERMOGRAPHY
QIRT'98
EUROTHERM SEMINAR NO 60
September 7-10, 1998
Technical University of Łódź, Institute of Electronics
Poland
   
  CONTENTS  
Home - Welcome - News  
  Welcome address
About Eurotherm
Scope of the seminar
Scientific committee
QIRT'98 organizing committee
 
Seminar programme  
  About pre-seminar courses
Invited papers
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Pre-seminar courses (Sept. 7th)
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First Day (Sept. 8th)
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Second Day (Sept. 9th)
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Third Day (Sept. 10th)
Posters
Exhibitions
 
Information for participants  
  Seminar site
Deadlines
Registration fees
General informations
Instruction for authors
Final application form
 
Hotels, transport  
  About the city of Lódz
Accommodation
How to reach Seminar site
Sightseeing tour in Warsaw
Hotels and transport in Warsaw
 
Others  
  Links  
Scope of the Seminar

Infrared thermography has become a valuable tool both for basic research and industrial applications. New developments allow gathering of information on thermal processes faster and with more accuracy than ever before, ensuring the continuing expansion of the range of applications. In this context, the seminar will focus on recent developments to provide a forum where researchers and users from various fields share their experiences and help to disseminate the latest results throughout the industrial and research communities.

After the first international seminar named “Quantitative Infrared Thermography” in Paris (QIRT‘92) and the next in Sorrento (QIRT‘94) and Stuttgart (QIRT‘96), the fourth is now held in Lódz with emphasis on the following topics:

  • Calibration and characterisation of infrared cameras (single- and array-detector systems)
  • State-of-the-art and evolution in the field of infrared scanners and imaging systems allowing quantitative measurements, related data acquisition and storing systems focused on real-time, fast and multichannel data acquisition
  • Related problems, such as emissivity determination, absorption in media, spurious radiations, 3D modelling of observed objects
  • Infrared effects induced e.g. by electromagnetic or elastic fields, thermal wave methods, modelling of thermal fields with quantitative infrared surveys
  • Applications of infrared thermography for radiometric thermometry and identification of thermal parameters, in such fields as: fluid mechanics, material science, non-destructive evaluations of structures and materials, medicine and biomedical science, remote sensing, environment, monitoring industrial processes, etc.


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Last modified: maj 08, 2000