
NBC 2009
Posters
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Poster session |
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1 |
Alan Traylor, Dycor Technologies Ltd, Canada, Development of a method for conducting outdoor field trials using a Compact Aerosol Test System (CATS) (SYMP.PROC.) |
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2 |
Arto Jäppinen, Defence Forces Technical Research Centre, Finland, The predictions of two fallout models: Comparison of dose rate and dose calculations (SYMP.PROC.) |
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3 |
Günter Seemann & Bruno Elsholz, Dräger, Germany, Dräger mobile CBRN detection solutions (SYMP.PROC.) |
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4 |
Susanna Salminen, University of Helsinki, Finland, Airborne 137Cs, 90Sr and total beta activity in northern Finland in the 1960s (SYMP.PROC.) |
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5 |
Jussi Paatero, Finnish Meteorological Institute, Finland, Monitoring of airborne artificial radioactivity with total beta counting (SYMP.PROC.) |
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6 |
Markku Kettunen, Defence Forces Technical Research Centre, Airborne gamma measurement for the detection of radioactive materials (SYMP.PROC.) |
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7 |
Harri Toivanen, STUK, Finland & Osmo Anttalainen and Jukka Härkönen, Environics Oy, Finland, Mobile gamma spectrometry with remote data analysis (SYMP.PROC.) |
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8 |
Jussi Huikari, STUK – Radiation and Nuclear Safety Authority, Finland, A new mobile whole-body counter for measurement of internal contamination in Finland (SYMP.PROC.) |
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9 |
Miroslav Pohanka, University of Defence, Czech Republic, Assay of nerve agents by acetylcholinesterase based biosensor (SYMP.PROC.) |
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10 |
Miroslav Pohanka, University of Defence, Czech Republic, Biosensors performance for testing of drugs modulating cholinesterase activity (SYMP.PROC.) |
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11 |
Wolf Münchmeyer, AIRSENSE Analytics, Germany, Features and use of hybrid sensor array technology – Gas Detector Array for chemical threat counteraction (SYMP.PROC.) |
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12 |
Philippe Prené, CEA French Atomic Energy Commission, France, Development of a sensors array based on quartz crystal microbalances for the explosives detection (SYMP.PROC.) |
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13 |
Anja Suonurmi-Virtanen, Defence Forces Technical Research Centre, Finland, Field studies on the OC aerosol grenade (SYMP.PROC.) |
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14 |
James Clark, BIRAL, United Kingdom, Artificial intelligence techniques for biological detectors (SYMP.PROC.) |
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Best |
Daniel Jun, University of Defence, Czech Republic, Development of three-chambered autoinjector with acetylcholinesterase reactivator HI-6 dimethanesulfonate (SYMP.PROC.) |
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16 |
Lucie Musilova, Faculty of Pharmacy in Hradec Kralove, Czech Republic Optimization of conditions for preparation of PEG-conjugated phosphotriesterase (SYMP.PROC.) |
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17 |
Stanislav Florus, NBC Defence Institute of University of Defence, Czech Republic, Possibilities of usage a piezoelectric detector to measure the breakthrough time of protective materials (SYMP.PROC.) |
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18 |
Matti Puutio, Defence Forces Technical Research Centre, Finland Micro- and nanofibre filter media - Comparison of performance for NBC filter applications (SYMP.PROC.) |
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19 |
Ullastiina Hakala, VERIFIN, University of Helsinki, Finland, Evaluation of different sample preparation methods for detection of degradation products of mustard gas in decontamination solutions (SYMP.PROC.) |
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20 |
Vadim G. Petrov, Institute of Applied Mechanics UrB of the Russian Academy of Science, Udmurtia, Opportunity of change of use of object on destruction of lewisite in Kambarka (Udmurtia) (SYMP.PROC.) |
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21 |
Naktel Ben Fraj, CRISTANINI S.p.A., Italy, SX34 system for CBRN small and large sensitive equipment decontamination (SYMP.PROC.) |