Publications

COUNTERFOG WHITE BOOK:


PUBLICATIONS:

  • Štengl, Václav; Šťastný, Martin; Janos, Pavel; Mazanec, Karel; Perez-Diaz, José Luis; Štenglová Netíková, Irena, From the Decomposition of Chemical Warfare Agents to the Decontamination of Cytostatics, Industrial & Engineering Chemistry Research. ie-2017-04253j.R1
  • O.Ivanov, M. Petrov, H. Radikian, J.L.Perez-Diaz, Phase transition detection by surface photo charge effect in liquid crystals. Phase Transitions (2018)
  • José L. Pérez-Díaz, Ognyan Ivanov, Zahary Peshev, Marco. A. Álvarez-Valenzuela, Ignacio Valiente-Blanco, Tsvetina Evgenieva, Tanja Dreischuh, Orlin Gueorguiev, Peter V. Todorov and Ashok Vaseashta, Fogs: Physical Basis, Characteristic Properties, and Impacts on the Environment and Human HealthWater, MDPI. Vol. 9 N. 10 (2017).  ISSN 2073-4441
  • J.Sánchez-García-Casarrubios, F.J. Llerena, J.L. Pérez-Díaz, Fog Dynamics,1st Scientific International Conference on CBRNE SICC 2017 Proceedings
  • J.L. Pérez Díaz, Y.Quin, O.Ivanov, J.Quiñones, V. Stengl, K.Nylander, W.Hornig, J.Álvarez, E.Ruiz-Navas, K.Mazanec, Fast response CBRN high scale decontamination system: COUNTERFOG1st Scientific International Conference on CBRNE SICC 2017 Proceedings
  • L.Pascual, M.Fernández, J.Domínguez, L. Amigo, K.Mazanec, J. Pérez-Díaz y J.Quiñones, First measurement using COUNTERFOG device: Nuclear and Radiological scenario1st Scientific International Conference on CBRNE SICC 2017 Proceedings
  • J.Pérez-Díaz, L.Pascual M. Fernández, J.Domínguez, L. Amigo, K. Mazanec y J. Quiñones, Fast CBRN response and decontamination system at high scale: COUNTERFOG,1st Scientific International Conference on CBRNE SICC 2017 Proceedings
  • T. Martín-Pérez, F.J. Llerena-Aguilar, J.Pérez-Serrano, J.L. Copa-Patiño, J. Solivieri de Carranza, J.M. Orellana-Muriana, J.L. Pérez-Díaz, Eco- friendly air decontamination of biological warfare agents using “Counterfog” system, 1st Scientific International Conference on CBRNE SICC 2017 Proceedings
  • Karel Mazanec, Miroslav Skoumal, José Luis Pérez Díaz,  COUNTERFOG – Device for Large-Scale Fog Decontamination. In: CBRN PROTECT 2017. Vyškov, 20017. ISBN 978‐80‐7231‐413‐3
  • Gonevski N., Ivanov O., Pulis V., Pérez-Díaz J. L., Device for Fog Density Control. V International Scientific and Technical Conference, Engineering, Technologies. Education. Security. Proceedings. Military Science and Security. Vol 1.  ISBN: 2535-0315, e-ISBN: 2535-0323 (2017)
  • Gonevski N., Ivanov O., Todorov P., Pulis V., Pérez Diaz J. L., Device for fog density control, innovations, Issue 1, p. 21-24 (2017)- ISSN Print 1314-8907, ISSN Web 2534-8469
  • Pérez Díaz J. L, Kuneva K. M., Application of Surface Photo-Charge Effect for Control of Fluids in Advances in Biosensors: Reviews, Editor: Sergey Y., Yurish, Vol. 1, p. 121-137, (2017), ISBN: 978-84-697-3467-4, e-ISBN: 978-84-697-3468-1
  • Angelov K., Todorov P., Pérez Díaz J. L., Aerosol Generation Devices Suitable for Simulating Fogs in Laboratory Conditions, International Scientific Journal, Scientific Technical Union of Mechanical Engineering. Year I Issue 1(2017)
  •  Stoyanov Z., Mitova I,.Angelov K., Pérez Díaz J. L., Analysis of the Use of Radioactive Substances for the Creation of Pollution, Their Detection and How They Can Be Simulated, International Scientific Journal, Scientific Technical Union of Mechanical Engineering. Year I Issue 1(2017)
  • Angelov K., Todorov P., Pérez Díaz J. L., Device for Fog Density Control, International Scientific Journal, National Scientific Technical Society Automation in Discrete Productions. Publishers: Scientific-Technical Union of Mechanical Engineering” Industry 4-0, National Scientific Technical Society Automation in Discrete Productions.Year V Issue 1(2017), Sofia.
  • Ivanov O., Pérez Díaz J. L., Novel Electromagnetic Sensor for Contaminations in Fog Based on the Laser-induced Charge Effect, Georgi Nadjakov Institute of Solid State Physics, Bulgarian Academy of Science, Sofia, Bulgaria. (2017)
  • Pulis V., Karatodorov S., Pérez Díaz J. L., Two-Dimensional Scanning System for Surface Analysis of Solids Based on Laser-induced Charge Effect, Georgi Nadjakov Institute of Solid State Physics, Bulgarian Academy of Science, Sofia, Bulgaria. (2017)
  • Angelov K., Todorov P., Pérez Díaz J. L., Aerosol Generation of Devices Suitable for Simulating Fogs in Laboratory Conditions, V International Scientific and Technical Conference, Engineering, Technologies. Education. Security. Proceedings. Military Science and Security. Vol 1.  ISBN: 2535-0315, e-ISBN: 2535-0323 (2017)
  • Angelov K. Mitova I., Pérez Díaz J. L., Analysis of Chemical Warfare Agents and Methods for Detection and Simulant Substances V International Scientific and Technical Conference, Engineering, Technologies. Education. Security. Proceedings. Military Science and Security. Vol 1.  ISBN: 2535-0315, e-ISBN: 2535-0323 (2017)
  • Stoyanov Z., Mitova I., Pérez Díaz J. L., Analysis of the Use of Radioactive Substances for the Creation of Pollution, their Detection and How they Can Be Simulated. V International Scientific and Technical Conference, Engineering, Technologies. Education. Security. Proceedings. Military Science and Security. Vol 1.  ISBN: 2535-0315 ISBN: 2535-0323 (2017)
  • Gonevski N., Ralev Y., Todorov P., Popov I., Angelov K., Pérez-Díaz J. L., System for Fog Generation for Development of Sensors, V International Scientific and Technical Conference, Engineering, Technologies. Education. Security. Proceedings. Military Science and Security. Vol 1.  ISBN: 2535-0315, e-ISBN: 2535-0323 (2017)
  • R.Pavlov,  L.Mihailov, J.Maruani, J.L.Pérez-Díaz O.Ivanov, Ideas for Explanation of an Electrical Signal Generation at Interaction between Electromagnetic Field and Matter Nuclear Theory, vol. 36(2017)
  • Ognyan Ivanov, José L. Pérez-Díaz, Matthew Serkedzhiev,  Fog Influenced signal generation by Surface photo-charge effect (SPCE), Comptes rendus de l’Académie bulgare des Sciences, Issue 1, 71, pp. 22 – 28 (2018) ISSN 1310–1331 (Print), ISSN 2367–5535 (Online)), IF: 0.251 (2016)

Thesis lectures:

  • Presentation of Thesis: “SISTEMAS GENERADORES DE NIEBLA PARA USOS EN SEGURIDAD Y DESCONTAMINACIÓN. APLICACIÓN AL ESCENARIO NUCLEAR-RADIOLÓGICO/FOG GENERATOR SYSTEM FOR USE IN SECURITY AND DECONTAMINATION. APPLICATION TO NUCLEAR-RADIOLOGIC SCENERY”- Lectured by Laura Pascual Arnáiz- Distinction “Cum Laude”