Enhancing CBRNE Safety & Security: Proceedings of the SICC 2017 Conference: Science as the first cou

PRINCIPAL TOPICS
Active learning.- Analysis And Evaluation Of CBRNe Threats.- Applied physics for CBRNe agents decontamination.- Applied physics for CBRNe agents detection and identifications.- Applied physics for CBRNe agents protection.- Applied physics for CBRNe for CBRNe risks reduction.- Big data analysis and data mining applied to safety and security.- Biological detection and identification methods .- Biological risks.- Biological weapons.- Biosecurity and biosafety.- Bio-threats And Emerging Infectious Diseases.- CBRNe And Terrorism.- CBRNe Awareness And Preparedness.- CBRNe Centers Of Excellence - Coe.- CBRNe Contamination And Decontamination.- CBRNe Defense.- CBRNe Events Prediction And Management.- CBRNe Forensic And Investigation.- CBRNe Hazard Simulation.- CBRNe Prevention And Planning.- CBRNe Research & Innovation.- CBRNe Risk Mitigation.- CBRNe Risk Scenarios.- CBRNE security culture.- CBRNe tech improvement.- CBRNe-Related Geopolitical Issues.- Chemical detection and identification methods.- Chemical risks.- Chemical security and safety.- Chemical weapons.- Civil Protection And Safety.- Command And Control Of CBRNe Events.- Communication And Information In Case Of CBRNe Events.- Conventional risks.- Crisis Management.- Cyber Security.- Decision Support System (DSS).- Decontamination.- Detection and Identification techniques and methods.- Diagnostic and Surveillance.- Didactic and training.- Diffusion and Dispersion models.- Disaster Management.- Dual Use concept.- Dual Use technologies.- Economical Aspects Of CBRNe Events.- Education And Training.- Education methodologies.- Emergency Communication And Psychology.- Emergency management and communication.- Emergency System And Solutions.- Engineering applications for CBRNe decontamination.- Engineering applications for CBRNe detection and identification.- Engineering applications for CBRNe protection.- Engineering tech developments for CBRNe risks reduction.- Environmental Contamination.- Evolution Of The CBRNe Threat.- Experimental physics for CBRNe agents decontamination.- Experimental physics for CBRNe agents detection and identifications.- Experimental physics for CBRNe agents protection.- Experimental physics for CBRNe for CBRNe risks reduction.- Explosive detectors.- Explosive risks and consequences.- Field Sampling & Analysis.- First Response In Case Of CBRNe Events.- Geopolitical aspects.- Global partnerships for safety and security.- HAZMAT.- Improvised Explosive Device (IED), Explosives Ordinance Disposals (EOD) And Home-Made Explosives (HME).- Industrial Incidents.- Information security.- International Cooperation And Response.- International laws.- International Legal Framework.- Investigation And Information In CBRNe Events .- Medical Countermeasures.- Medical Management And First Aid.- Medical Responses To CBRNe Events.- Modelling And Simulation .- Non-Proliferation And Disarmament.- Nuclear safety.- Nuclear security.- Nuclear-Radioactive detection and identification methods.- Nuclear-Radioactive risks.- Nuclear-Radioactive weapons.- Physics applied to safety and security issues.- Protecting High Visibility Events.- Protection.- Psychology aspects in case of emergencies.- Radiological & nuclear security and safety.- Raising Awareness.- Risk Assessment And Management.- Software and tools for safety and security.- Technical Challenges On CBRNe.- Terrorism.- TIC, TIM, CWA.