ThermoSense - Kantsios Award

Andronicos G. Kantsios Award

For the Outstanding Written Paper submitted

to the Proceedings of Thermosense


	Click on Picture for Biography

Evaluation Process and Protocol for the Andronicos G. Kantsios Award

Papers will be judged according to the following criteria:

Relevance of the subject to the purposes of Thermosense (practical application, reduction to practice, etc.)
Well-defined statement of the problem, or the purpose of the paper
Good scientific methodology (controlled experiments, no unsupported conclusions)
Quality of writing and organization skills, diagrams and thermal images, if any
Ease with which the reader can understand the essence of the paper, even for a person not familiar with the subject.

Papers are judged according to the following criteria:

Relevance of the subject to the purposes of Thermosense (practical application, reduction to practice, etc.)
Well-defined statement of the problem, or the purpose of the paper
Good scientific methodology (controlled experiments, no unsupported conclusions)
Quality of writing and organization skills, diagrams andthermal images, if any
Ease with which the reader can understand the essence of the paper, even for a person not familiar with the subject.

Kantsios Award Winners

Presented in 2003 by G. Raymond Peacock, Temperatures.com, Inc.

Year	Authors	Paper Title	Reference	Sponsor
2006	TBA	TBA	TBA	TBA
2005	M.I. Smith and J.P. Heather	A review of image fusion technology in 2005	ThermoSense XXVII, SPIE Vol. 5782, Page 29	ThermoSense Website Sponsors
2004	P. Pregowski , G.Goleniewski, W. Komosa and W. Korytkowski	Advanced multispectral dynamic thermography as a new tool for inspection of Gas-fired Furnaces (Photo)	ThermoSense XXVI, SPIE Vol. 5405, Page 227	ThermoSense Website Sponsors
2003	William P. Winfree, and Joseph N. Zalameda,	Thermographic determination of delamination depth in composites (Photo)	ThermoSense XXV, SPIE Vol. 5073, Page 363	NEC San-ei Instruments, Ltd
2002	Jean-Claude Krapez and Didier Pacou	Thermography detection of damage initiation during fatigue tests. (Photo)	ThermoSense XXIV, SPIE Vol. 4710, Page 435	Indigo Systems
2001	A. Nowakowski, M. Kaczmarek, J. Rumiński, M. Hryciuk, A. Renkielska, J. Grudziński, J. Siebert, D. Jagielak, J. Rogowski, K. Roszak, W. Stojek	Medical Applications of Model Based Dynamic Thermography (Photo )	ThermoSense XXIII, SPIE Vol. 4360, Page 492-503	Raytheon Infrared
2000	G. Raymond Peacock	Thermal Imaging of Liquid Steel and Slag in a Pouring Stream (Photo)	ThermoSense XXII, SPIE Vol. 4020, Page 50-60	FLIR
1999	Takahide. Sakagami, Shiro Kubo	Development of a New Crack Identification Method Based on Singular Current Field Using Differential Thermography	ThermoSense XXI, SPIE Vol. 3700, Page 369-376	Thermal Wave Imaging
1998	David Sass, Joseph White, Teresa Gonda, Jack Jones	Tracking Rotating Components for Complete Construction of Simulated Images	ThermoSense XX, SPIE Vol. 3361, Page 212-217	Snell Infrared
1997	Jon R. Lesniak, Daniel J. Bazile, Michael J. Zickel	Coating Tolerant Thermography for the Detection of Cracks in Structures	ThermoSense XIX, SPIE Vol. 3056, Page 235-241	Honeyhill Technical
1996	Marc Prystay, Chee Ang Loong, Ky Nguyen	Optimization of Cooling Channel Design and Spray Patterns in Aluminum Die Casting Using Infrared Thermography	ThermoSense XVIII, SPIE Vol. 2766, Page 15-24	AAIT

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Last Updated on 06 May 2003
By G. R. Peacock