La presentazione è in caricamento. Aspetta per favore

La presentazione è in caricamento. Aspetta per favore

COHERENCE 2011 Casa dell'Avviatore Ambiente e Dispositivi a Fusione Nucleare Fredda: Ambiente e Dispositivi a Fusione Nucleare Fredda: Componenti di Doppio.

Presentazioni simili


Presentazione sul tema: "COHERENCE 2011 Casa dell'Avviatore Ambiente e Dispositivi a Fusione Nucleare Fredda: Ambiente e Dispositivi a Fusione Nucleare Fredda: Componenti di Doppio."— Transcript della presentazione:

1 COHERENCE 2011 Casa dell'Avviatore Ambiente e Dispositivi a Fusione Nucleare Fredda: Ambiente e Dispositivi a Fusione Nucleare Fredda: Componenti di Doppio Uso? Giuseppe Quartieri, CSM/AFF Piero Quercia, CSM/AFF

2 REAZIONIMAGNETO-NANO-BIOFISICHE LENR in biologia Si tratta di fusione Nucleare Fredda e trasmutazioni biologiche? Giuseppe Quartieri, CSM/AFF Piero Quercia, CSM/AFF

3 THE DISCOVERY OF RDT Primary applications Fig. N° 1 Influence of bacteria on CO 2 sequestration Fig. N° 4 Oceanospirilli in the Gulf of Mexico Entrez PubMed Nucleotide Protein Genome Structure PMC Taxonomy Books This taxonomic name was not validly published at the time of submission of the corresponding sequence entry or entries. D'Agostaro GAF et al. (unpublished_2001); D'Agostaro, G.A.F., Celani, F.J.V.A., Grollino, M.G., Catena, C., Petraroli, R., Carrieri, S., Quercia, P., Righi, E., Trenta, G., Spallone, A., Marini, P., di Stefano, V., Mancini, A., Di Gioacchino, D., Tripodi, P., Pace, S., Sedda, F., Rossi, G. and Nakamura, M. "Analysis of the phylogenetic relationships of gram-negative bacteria isolated from heavy water. Proposal for two new species Ralstonia Detusculanense sp. nov. and Stenotrophomonas Detusculanense sp. nov." Unpublished (as of 12 January 2001); Information from sequence entries; Show organism modifiers Fig. N° 7 RDT ENTERING THE FRACTAL PALLADIUM HOLES TO ABSORBE HYDROGEN (H 2 ). Simple physics model explanation: The topological study of those catalyst materials and, above all, the measure of the fractal dimension of their surface area, which could be performed using electronic and atomic force microscope, reveals a complex trabecular structure, typical of a large class of well known biological materials and fibers. Nowadays these are well understood by the means of mathematical models for complex and disordered systems. The understanding of the topological structure becomes the keys to the development of the fluid dynamics of the processes involved. Here, the non-linearity, heterogeneity and disorder become, rather than a non-constructive "cul-de-sac", the main "topological" engine of the whole process. The analysis and modeling will be performed by the means of the codes and algorithms of the SHT calculus system for categories, developed and patented in 1999 by Gianluigi Zangari. RDT Research Program Plan A quick design and development project proposal to be financed by European establishment is presented for future implementation of the applied RDT biosensors and bio-remediation research. Further scope of the construction of genetically treated RDT used for bioremediation is to reveal radioactivity of, i.e., depleted uranium in peculiar environmental matrix plus polluted air and soil layers (Fig. N° 10, N° 11 and N°12). The implementation of the RDT biosensor would also allow the risk evaluation of the heavy metals transfer to the food chain for relative polluted elements sequestering and bioremediation. The research steps are the following: Evident and clear applications of these nano biosensors are foreseen in polluted area such as Chernobyl and Fukushima. At the moment, a part from the very pioneering work of the Italian Frascati group and of the relative claims, similar researches are going on in many countries (USA Geobacter, Spain and others). Fig. N° 10 BIOREMEDATION of FUKUSHIMA RADIONUCLIDES BY HYPERTHERMOPHILIC BACTERIA AND SUNFLOWERS (HELIANTHUS ANNUUS) CONCENTRATIONS Fig. N° 12 Bacterial Uranium Bioremedation process RALSTONIA DE TUSCULANENSE (RDT) NANO-APPLICATIONS: a state of art of research and planning Sergio Bartalucci, Piero Quercia, Giuseppe Quartieri, Gianluigi Zangari, Laura Quartieri, Vincenzo Valenzi

4 Ambiente e Dispositivi a FNF Componenti di Doppio Uso?

5 Ambiente e Dispositivi a FNF: Componenti di Doppio Uso? Ambiente e energia verde: 1. Nucleare (rinnovabile artificialmente) [25%] 2. Integrativi rinnovabili (solare, eolico ecc.) (12,5 % 3. Dispositivi FNF (12,5 %).

6 Ambiente e Dispositivi a FNF: Componenti di Doppio Uso? Ambiente e energia verde: 1. Nucleare (rinnovabile artificialmente) [25, %} 2. Integrativi rinnovabili [12,5%) 3. Dispositivi FNF. (12.5%)

7 Ambiente e Dispositivi a FNF: Componenti di Doppio Uso? A mbiente e energia verde: 1. Nucleare (art rinn 25%) 2. Integrativi rinnovabili (12,5%) 3. Dispositivi FNF (12,5%)

8 Ambiente e Dispositivi a FNF: Componenti di Doppio Uso? A mbiente e energia verde: 1. Nucleare (rinnovabile artificalmente) [25%] 2. Integrativi rinnovabili [12.5%] 3. Dispositivi FNF [12,5%].


Scaricare ppt "COHERENCE 2011 Casa dell'Avviatore Ambiente e Dispositivi a Fusione Nucleare Fredda: Ambiente e Dispositivi a Fusione Nucleare Fredda: Componenti di Doppio."

Presentazioni simili


Annunci Google