Radioattività, ambiente e comunicazione

Dimensione: px

Iniziare la visualizzazioe della pagina:

Download "Radioattività, ambiente e comunicazione"

Marianna Longo
5 anni fa
Visualizzazioni

1 Radioattività, ambiente e comunicazione Titolo presentazione sottotitolo M. Mariani mario.mariani@polimi.it Milano, XX mese 20XX. 31 Maggio 2018, Milano

2 Radioattività: nuclei stabili e instabili

3 Radioattività di origine naturale arciofi 300 Bq/kg Granito Bq/kg Tufo Bq/kg Mattoni 800 Bq/kg Adulto Bq Patate 150 Bq/kg Banane 125 Bq/kg Acqua piovana 0,5 Bq/kg 3

4 Radioattività di origine antropica ATTIVITÀ ENERGETIHE ATTIVITÀ NON ENERGETIHE entrali nucleari Medicina Impianti di ricerca e del ciclo del combustibile Industria Mantenimento in sicurezza degli impianti Ricerca Decommissioning Altri usi

5 Tipologie di rifiuti radioattivi Indumenti e dispositivi di protezione Rifiuti medicali Scarti metallici Elementi Impianto Nucleare Altre tipologie Sorgente sigillata ombustibile Irraggiato

specifici Per stimolare l interesse e coinvolgere un largo pubblico Per aiutare il pubblico nel maturare

6 Strumenti innovativi per didattica e comunicazione Progettati per diversi target groups Sempre accessibili online Fruibili in modo flessibile Massive Open Online ourses - MOOs Per disseminare conoscenze su temi specifici Per stimolare l interesse e coinvolgere un largo pubblico Per aiutare il pubblico nel maturare opinioni Per aumentare la consapevolezza su tematiche rilevanti Per avvicinare il pubblico a materie complesse

7 Strumenti innovativi per didattica e comunicazione METID - Metodi e Tecnologie Innovative per la Didattica Dipartimento di Energia Nuclear Engineering Division A Modular European Education and Training oncept In Nuclear and RadioHemistry H2020 EURATOM Project

8 Strumenti innovativi per didattica e comunicazione Un esempio: una lezione introduttiva sulla radioattività e la radiochimica

9 Italian nuclear Universities BSc, MSc and PhD courses on Nuclear Engineering graduated students/year

Nuclear Engineering @ POLIMI History First educational programme in

Universities (1959) Today Still first MSc in Nucl. Eng.

English taught MSc in Nuclear Engineering + PhD programme The largest

10 Nuclear POLIMI History First educational programme in Nuclear Engineering (1956) First research nuclear reactor in Italian Universities (1959) Today Still first MSc in Nucl. Eng. in Italy today ( 50 new students per year), one of the largest in Europe English taught MSc in Nuclear Engineering + PhD programme The largest Nuclear Engineering Division in italian Universities (15 professors, 40 temporary researchers and Ph.D. candidates, 11 technicians) Brand-new experimental labs (3000 m 2 ) Strategy National and International projects Multidisciplinary groups Experimental Labs

esnef - Nuclear Engineering Division @ POLIMI-DENG 3.

MEASUREMENTS Innovative detection systems for radiation protection and

Thermal and fast neutron fields for neutron dosimeters and detectors.

characterization and prototyping of electronic instrumentation for radiation

ElectroMagnetic ompatibility ElectroMagnetic Interference (EM-EMI) for

11 esnef - Nuclear Engineering POLIMI-DENG 3. NULEAR ENGINEERING Research Areas and Groups NULEAR INSTRUMENTATION AND MEASUREMENTS Innovative detection systems for radiation protection and medical applications. Thermal and fast neutron fields for neutron dosimeters and detectors. Micro- and nano-dosimetry devices for medical applications. NULEAR ELETRONIS Design, characterization and prototyping of electronic instrumentation for radiation detection and measurement. ElectroMagnetic ompatibility ElectroMagnetic Interference (EM-EMI) for radiation detection and measurements. IONIZING RADIATION METROLOGY Design, development and testing of new radiation detectors. X and Gamma rays calibration of nuclear instrumentation (national accreditation AREDIA - LAT104).

esnef - Nuclear Engineering Division @ POLIMI-DENG RADIOHEMISTRY & RADIATION

Fuel-coolant chemical interaction in GenIV Lead-cooled Fast Reactors.

Decommissioning: determination of artificial and natural radionuclides (TENORM).

and artificial media. Modelling of contaminants and particles transport.

RADIATION PROTETION National Authorized Body for X, gamma and thermal neutron

12 esnef - Nuclear Engineering POLIMI-DENG RADIOHEMISTRY & RADIATION HEMISTRY Partitioning of Actinides for a losed Nuclear Fuel ycle. Fuel-coolant chemical interaction in GenIV Lead-cooled Fast Reactors. Material radio-induced modifications for technological and medical applications. Decommissioning: determination of artificial and natural radionuclides (TENORM). ONTAMINANT MIGRATION & SAFEGUARD ontaminants migration processes through natural and artificial media. Modelling of contaminants and particles transport. Photon and neutron transport for safeguard applications. RADIATION PROTETION National Authorized Body for X, gamma and thermal neutron dosimetry Indoor radon air concentration measurement. Alpha and gamma spectrometry, Liquid Scintillation ounting. Monte arlo analysis for radiation shielding purposes.

13 esnef - Nuclear Engineering POLIMI-DENG NULEAR REATORS Experimental Thermal Fluid Dynamics & Passive Safety Simulation & ontrol, Multiphysics, Reduced Order Modelling Economics Fuel ycle & Performance, Thermal mechanics LABORATORY OF SIGNAL AND RISK ANALYSIS Methods: Monte arlo Simulation Artificial Intelligence (Neural Networks Fuzzy Logic, Ensemble Systems, ) Genetic Algorithms, Differential Evolution Graph Theory Areas of Application Industries

Documenti analoghi

8 aprile MSc in Nuclear Engineering Laurea Magistrale in Ingegneria Nucleare

8 aprile MSc in Nuclear Engineering Laurea Magistrale in Ingegneria Nucleare 8 aprile 2017 MSc in Nuclear Engineering Laurea Magistrale in Ingegneria Nucleare Ieri: 1 corso di Laurea in Ingegneria Nucleare nato in Italia (1956) 1 reattore di ricerca nelle Università italiane (1959)