'Fission energy' presentation slideshows

4: Neutron-Induced Fission

4: Neutron-Induced Fission. B. Rouben McMaster University Course EP 4P03/6P03 2008 Jan-Apr. Scattering : the neutron bounces off, with or without the same energy (elastic or inelastic scattering) Activation : the neutron is captured, & the resulting nuclide is radioactive, e.g.

987 views • 53 slides

SOME ASPECTS OF NUCLEAR ENERGY Pushpendra P. Singh INFN-LNL, Italy

SOME ASPECTS OF NUCLEAR ENERGY Pushpendra P. Singh INFN-LNL, Italy. 1. Per capita energy consumption is a measure of the development of a country. 2. Global energy requirements: Projections for different energy scenarios.

598 views • 47 slides

Evolution of Lattice Properties

Evolution of Lattice Properties. B. Rouben McMaster University EP 4D03/6D03 Nuclear Reactor Analysis 2008 Sept-Dec. Contents. We study the evolution of nuclear properties with irradiation or burnup in CANDU reactors. Fuel Depletion.

576 views • 37 slides

Where did the energy for this come from?

Where did the energy for this come from?. The nucleus. Compare the 2 forces:. kq 1 q 2 /r 2. electromagnetic : F e = Is a force between two ___________________. Attracts ________________ and repels _____________ ___________________ ? ________range

449 views • 37 slides

Simulation of ? n Emission From Fission Using Evaluated Nuclear Decay Data

Simulation of ? n Emission From Fission Using Evaluated Nuclear Decay Data. May 2, 2013. Ian Gauld Marco Pigni Reactor and Nuclear Systems Division. Nuclear decay data from an end-user perspective.

324 views • 22 slides

Hee cheon NO Nuclear System/Hydrogen Lab. KAIST

Chapter 2: Reactor Heat Generation. Hee cheon NO Nuclear System/Hydrogen Lab. KAIST. Contents. 2.1 Energy release and deposition 2.2 Fission energy generation after reactor scram 2.3 Decay heat generation A2.1 Appendix. 2.1 Energy release and deposition. Fission chain reaction:.

355 views • 21 slides

Nuclear Fission

140 views • 11 slides

The EPS-SIF Energy School

56 views • 5 slides