Technological Innovations in Sensing and Detection of Chemical, Biological, Radiological, Nuclear Threats and Ecological Terrorism, 2012
NATO Science for Peace and Security Series A: Chemistry and Biology Series

This book arises from the NATO Advanced Study Institute ?Technological Innovations in Detection and Sensing of CBRN Agents and Ecological Terrorism? held in Chisinau, Republic of Moldova in June 2010. It comprises a variety of invited contributions by highly experienced educators, scientists, and industrialists, and is structured to cover important aspects of the field that include developments in chemical-biological, and radiation sensing, synthesis and processing of sensors, and applications of sensors in detecting/monitoring contaminants introduced/dispersed inadvertently or intentionally in air, water, and food supplies. The book emphasizes nanomaterials and nanotechnology based sensing and also includes a section on sensing and detection technologies that can be applied to information security. Finally, it examines regional, national, and international policies and ethics related to nanomaterials and sensing. It will be of considerable interest and value to those already pursuing or considering careers in the field of nanostructured materials and nanotechnology based sensing, In general, it serves as a valuable source of information for those interested in how nanomaterials and nanotechnologies are advancing the field of sensing, detection, and remediation, policy makers, and commanders in the field.

Part I. Invited and Key Lectures.- Technological Innovations to Counter CBRNE Threat Vectors and Ecotage; A. Vaseashta.- Emerging Technologies: Biosecurity and Consequence Management Implications; D. Perkins, B. Nordmann.- Bio-Inspired Computing, Information Swarms, and the Problem of Data Fusion; B. Nordmann.- Nanoparticles: A New Form of Terrorism?; A.M. Gatti, S. Montanari.- Nano Sensing Devices – Future Directions; N. Savage.- Metallic Films With Fullerene-Like WS₂ (MoS₂) Nanoparticles: Self-Lubricating Coatings with Potential Applications; O. Eidelman, H. Friedman, R. Tenne.- Disposable Membrane Sensors for Biohazardous Substances; A. Petrov.- Nano-Structured Solids and Heterogeneous Catalysts: Powerful Tools for the Reduction of CBRN Threats; M. Guidotti et al.- Part II. Policy, Regional, and International.- Nuclear Terrorism – Dimensions, Options, and Perspectives in Moldova; A. Vaseashta et al.- Integrative Convergence in Neuroscience: Trajectories, Problems, and the Need for a Progressive Neurobioethics; J. Giordano.- Nanomaterials in Environmental Contamination and their Nanotoxicological Peculiarities; G. Kharlamova, N. Kirillova.- The Transnistria Equation; A. Vaseashta, S. Enaki.- Part III. Chemical-Biological Sensors.- Real Time Detection of Foodborne Pathogens for Food Quality Monitoring & Biosecurity; V. Velusamy et al.- Nanosized and Nanostructured II-VI Semiconductors: Chemical Sensor Applications; D. Nesheva.- Nanomaterials Based Sensor Development towards Electrochemical Sensing Of Biointeractions; A. Erdem.- Emission of Weak Electrons towards Sensing Nanoobjects; Y. Dekhtyar.- Modeling of a New Type of an Optoelectronic Biosensor for the Monitoring of the Environment and the Food Products; S. Khudaverdyan et al.- Fast, Contactless Control of the Chemical Composition of Raw Materials; O. Ivanov et al.- Nanoplatforms for Detection, Remediation, and Protection against Chem-Bio-Warfare; E. Denkbas et al.- Part IV. Synthesis/Processing.- ZnO Thin Films Deposited On Textile Material Substrates for Biomedical Applications; L. Duta et al.- Synthesis of Multifunctional Acrylic Copolymers for Chemical-Biosensors; O. Slisenko et al.- Synthesis of Hollow Silica Microspheres with High-Developed Surface Area; I. Bei et al.- Inorganic Nanoparticle as a Carrier for Hepatitis B Viral Capsids; Y. Dekhtyar et al.- Glycerine Treatment of Poly-Perfluorosulphonic Acid Membrane Modified by Sulfonamide Groups; A. Andronie et al.- Pulsed Laser Processing of Functionalized Polysaccharides for Controlled Release Drug Delivery Systems; R. Cristescu et al.- Exploring the Mechanism of Biomolecule Immobilization on Plasma-Treated Polymer Substrates; E. Lock et al.- Synthesis of New Carbon Compounds: N-Doped Fullerene (C₅₀N₁₀)O₃H₁₀ and “Pyridine” Nanocarbon; O. Kharlamov et al.- Controlled Structure-Dependent Synthesis of Polymer/Nanosilver Composites for Highly Efficient Antibacterial Coatings; A. Tolstov et al.- Part V. Water – Quality, Contaminants, and Detection.- Recent Advances in Point-Of-Access Water Quality Monitoring; O. Korostynska et al.- Fe-Oxides in Water Remediation Technologies; M. Vaclavikova et al.- Electrochemical Oxidation of Synthetic Dyes in Simulated Wastewaters; G. Gallios et al.- Electrochemical Methods for Cleansing of H₂S and SO₂ in Industrial and Natural Contaminated Waters; K. Petrov.- Part VI. Information Security.- Cooperative Generation of Entangled Photons and Its Application in Quantum Cryptography; N. Enaki et al.- Lithographic Limit and Problems of Two-Photon Holograms in Quantum Optics: Application in Secured Communications; N. Enaki.- Using Informatics-, Bioinformatics-, and Genomics-Based Approaches For The Molecular Surveillance and Detection of Biothreat Agents; D. Seto.- Quantum Cryptography for Information-Theoretic Security; B. Sanders.- Part VII. Radiation Sensors.- Co-operative Gamma Ray Generation Stimulated by X-Ray Pulse; N. Enaki et al.- Separation of Uranium by an Extractant Encapsulated Magnetic Alginate Gels; Z. Portakal et al.- PBS Nanodots for Ultraviolet Radiation Nanosensor; Y. Dekhtyar et al.- Overview of the Usage of Chemometric Methods for Remediation Techniques of Radionuclides; C. Yilmaz, M.A.A. Aslani.- Characterization of AU Irradiated Glassy Polymeric Carbon at 2000 ºC for Nuclear Applications; M. Abunaemeh et al.- Fiber Optic Interferometric Method for Registration of IR Radiation; I. Culeac et al.- Modern Methods of Real-Time Gamma Radiation Monitoring for General Personal Protection; O. Korostynska et al.- Part VIII. Indexes.-

Will be of considerable value as a secondary text for Universities currently offering courses in nanomaterials based sensing

Examines how nanomaterials based sensing can be used to ensure safety of critical infrastructures of food, water, environmental, and information security for professionals working in national and international security and defense

Constitutes a valuable source of information on nanostructured materials for those interested in the related aspects of the field, such as: CBRNE sensing, applications of nanomaterials and nanotechnology in environmental sensing, regional, national, and international policies in protecting critical infrastructures