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ICTP Science, Technology and Innovation
Добавлен 21 ноя 2017
Science Outreach activity at ICTP for middle school students
Members of STI Unit, Humberto Cabrera and Yenca Migoya-Orué, together with TRIL programme visitors Isma and Ramna presented aspects of Physics, Materials and Optics fundamentals through didactic demonstrations and playful experiments.
Просмотров: 334
Видео
Introduction to ContainmentFOAM
Просмотров 425Год назад
Speaker: Stephan KELM (Forschungszentrum Jülich GmbH (FZJ), Germany) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Parti...
Discussion on Group Activities
Просмотров 145Год назад
Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through the essential stages required to conduct ...
Group Activity 1, Multiphysics simulation of the MSFR using OpenFOAM - PM
Просмотров 182Год назад
Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through the essential stages required to conduct ...
Group Activity 1, Multiphysics simulation of the MSFR using OpenFOAM
Просмотров 324Год назад
Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through the essential stages required to conduct ...
Introduction to GeN-Foam
Просмотров 796Год назад
Speaker: Carlo FIORINA (Texas A&M University, USA) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be le...
Group Activity 2, OpenMC CEFR Model
Просмотров 714Год назад
Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through the essential stages required to conduct ...
OpenMC- Application on IAEA CRP - Neutronic Benchmark on CEFR Start-up Tests
Просмотров 984Год назад
Speaker: Jiwon CHOE (KAERI, Republic of Korea) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led th...
Hands-on OpenMC - Setting up a simple model
Просмотров 1,9 тыс.Год назад
Speaker: Patrick SHRIWISE (Argonne National Laboratory, USA) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants ...
Hands-on OpenMC introduction
Просмотров 2,1 тыс.Год назад
Speaker: Patrick SHRIWISE (Argonne National Laboratory, USA), Jiwon CHOE Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. P...
A practical introduction to OpenFOAM
Просмотров 380Год назад
Speaker: Stefano LORENZI (POLIMI, Italy) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through ...
Multi-physics modelling and simulation of nuclear reactors using OpenFOAM
Просмотров 1,3 тыс.Год назад
Speaker: Carlo FIORINA (Texas A&M University, USA), Stephan KELM (Forschungszentrum Jülich GmbH (FZJ), Germany), Stefano LORENZI (POLIMI, Italy) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor n...
IAEA Activities on Computational Tools for Nuclear Reactors Analysis
Просмотров 258Год назад
Speaker: Nikoleta MORELOVÁ (IAEA, Austria) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led throug...
Introduction of IAEA Activities on Innovative Nuclear Energy Systems
Просмотров 181Год назад
Speaker: Vladimir KRIVENTSEV (IAEA, Austria) Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led thro...
Welcome remarks by ICTP and IAEA
Просмотров 608Год назад
Speaker: Nicola Seriani Joint ICTP-IAEA Workshop on Open-Source Nuclear Codes for Reactor Analysis | (smr 3865) This workshop offers a comprehensive journey in cutting-edge computational techniques for nuclear reactor analysis, providing an in-depth understanding of reactor neutronics, thermal hydraulics and system analysis at different scales. Participants will be led through the essential sta...
STI seminar. Digital holography: Quantitative phase imaging of macro and micro samples
Просмотров 473Год назад
STI seminar. Digital holography: Quantitative phase imaging of macro and micro samples
STI seminar. Complexity in the Geospace and not only: two short talks
Просмотров 74Год назад
STI seminar. Complexity in the Geospace and not only: two short talks
Modelling the topside ionosphere: improving NeQuick through radio occultation data
Просмотров 339Год назад
Modelling the topside ionosphere: improving NeQuick through radio occultation data
Safety Analysis of Sodium-Cooled Fast Reactor and Innovative Numerical Approach
Просмотров 323Год назад
Safety Analysis of Sodium-Cooled Fast Reactor and Innovative Numerical Approach
Legal and Institutional Aspects of New Nuclear Technologies Deployment
Просмотров 168Год назад
Legal and Institutional Aspects of New Nuclear Technologies Deployment
Final remarks, certificates distribution and closing session
Просмотров 74Год назад
Final remarks, certificates distribution and closing session
Interaction between Sodium and Structures of Liquid Metal Cooled Reactors
Просмотров 122Год назад
Interaction between Sodium and Structures of Liquid Metal Cooled Reactors
Technical and associated challenges in establishing a viable SMR
Просмотров 44Год назад
Technical and associated challenges in establishing a viable SMR
Innovative Nuclear Energy Systems: Core Design and Neutronics 2/2
Просмотров 120Год назад
Innovative Nuclear Energy Systems: Core Design and Neutronics 2/2
Innovative Nuclear Energy Systems: Core Design and Neutronics 2/2 - part2
Просмотров 43Год назад
Innovative Nuclear Energy Systems: Core Design and Neutronics 2/2 - part2
Liquid metal coolants for Fast Neutron Reactors: properties & consequences Part 2
Просмотров 74Год назад
Liquid metal coolants for Fast Neutron Reactors: properties & consequences Part 2
Nuclear Fuel Cycle: Trends and Options for Innovative NES
Просмотров 83Год назад
Nuclear Fuel Cycle: Trends and Options for Innovative NES
Liquid metal coolants for Fast Neutron Reactors: focus on coolant quality control
Просмотров 101Год назад
Liquid metal coolants for Fast Neutron Reactors: focus on coolant quality control
Sir is so sweet. Wish to meet him someday 🥹
Found this very useful for my clinical practice in Nigeria.
Will be available.
did this stuff ad infinitum using pulsed fast neutrons to detect SNM in cargo containers. really wild
Thank you for your presentation it was very instructive for me.
Here is my theory of Father's Physics. In my hypothesis, I postulate the Theory of Neutronic Autonomy. I integrated my hypothesis into an a.i. Mockast with characters I created to interact with one another and present and discuss my hypothesis. It includes the Observer Effect in quantum mechanics to support Neurtonic Autonomy. This term is particular to the Framework of Father's Physics, which is based on the sequential Visions I encountered in deep states of meditation. BTW, I don't postulate in my hypothesis of Father's Physics that the Photonic Lattice converts electrons into positively charged particles. That was a.i. speculation. . The Lattice provided sustainable energy by providing perpetual fuel for the Sun via expelled electrons from atomic bodies. But the A.i. Revealing of my hypothesis is accurate, other than that one a.i. embellishment. ruclips.net/video/tGt5QM68m7s/видео.htmlfeature=shared
Great explanation and presentation loved it.
This was really nice and informative. Thank you.
If we will use the splines can we compute the properties better then fourier
So wonderful initiative for kids😊
Rival sir They are receiving aid and relief i am not They are occupied the chair in the department for a stretch of ten or more years They are occupying the chair okay ........but dont forget this mailing address was for receiving lecture notes and for submitting my paper to the university ..... I cannot overcome the rival when politics has an edge on the media ....and edge on anything ..... I need to survive ..... not for rivals
Generally these fellows look to young fellows ?? Are we too old ???
thanks for the insights
Thank you so much. But how can we know the geometrical sparing factor if we want to do a new study about the issue?
Thanks a lot
2:20 For actual audio
Good lecture man ❤
Where Can I get Part-2 of this Lecture
Whether the mass is microscopic or macroscopic, Is the mechanical motion is influenced by gravity?
Great lecture! Einfach und klar erklärt! Deutscher👌
What is that? Dark radio
Thank you very much for explaining this difficult topic in such a beautiful manner in these 4 lectures.
Excellent 👍
Excellent!
Wonderful initiative....
👌👌
Sorry but this is unintelligible
ruclips.net/video/uLM79pqsTzE/видео.htmlsi=UxMf6osF-Owh8OsV❤❤❤❤❤. L. O. V. E. Finance!
I know I love Physics because I went through all this even with this shitty distorted audio.
Thank you for posting this also on RUclips. I think both the electron spin, and the coherence property of light are the two misunderstood concepts by most of us. I found the textbooks are poor in teaching coherence property of light, except for "Theory of Coherence and Polarization of Light" by Emil Wolf. It really helped me to understand the whole concept. This video is a great explanation to coherence. Thanks again!
Brilliant.
Got a lot of insight of it.
Absolutely a great presentation on plasmon systems and knowledge. As an Aero engineer we need to learn more about plasmons. Thank you Dr. Viktor Lysiuk (V. Lashkariov Institute of Semiconductor Physics, Ukraine)
Very nice lecture!
Great lecture and super informative. But *please* get a new microphone! I finished listening to the lecture with a broken eardrum😂😅
Legend Alessio Serafini
Thank you ❤
Thank you
"PromoSM"
Nuclear Reactors nothing new, microwave ovens are Nuclear Reactors, heat Generating Radiation to cook your food. The sun is naturally fusion energy, free electricity using solar panels, carbon is cleaned naturally by the gasses and the sun, not radiation from technology.
Nuclear Reactors nothing new, microwave ovens are Nuclear Reactors, heat Generating Radiation to cook your food. The sun is naturally fusion energy, free electricity using solar panels, carbon is cleaned naturally by the gasses and the sun, not radiation from technology.
Thumb down for audio blasting.
The idea to use jxB to stick the liquid lithium to the walls is ingenious... but I wonder, how will you contain the current within the lithium, instead of flowing through the conductive plasma?
Thank you
What did I just google into? Is this a science lecture? I was researching(GOOGLEING) how quantum foam works and how the universe wor- Oh, this is what they mean when they say life could be a simulation. All right no more internet. 😴💤
Good concise explanation
Thanks sir
Thanks for sharing the video but these lectures have little to do with CVQI. It’s a non committing introduction to Gaussian states and the symplectic representation of quantum mechanics. Suffice to say, even such a basic problem as capacity of quantum CV channels is not posed. The last 20 minutes of the last lecture seem relevant to such questions but that’s when the lectures end.
Hahahahaha I barely had time to watch this
I think you meant principal use not principle use.