Physics of fusion power Lecture 15: Revision lecture B. F. McMillan.

Slides:



Advertisements
Similar presentations
Grand Canonical Ensemble and Criteria for Equilibrium
Advertisements

Stellar Structure Section 2: Dynamical Structure Lecture 2 – Hydrostatic equilibrium Mass conservation Dynamical timescale Is a star solid, liquid or gas?
1 The structure and evolution of stars Lecture 3: The equations of stellar structure Dr. Stephen Smartt Department of Physics and Astronomy
Physics of fusion power Lecture 4: Cylindrical concepts.
9/22/2013PHY 711 Fall Lecture 121 PHY 711 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 12: Continue reading.
Science Framework, And Next Generation Science Standards.
Physics of fusion power Lecture 6: Conserved quantities / Mirror device / tokamak.
Rotational Dynamics and Static Equilibrium. Torque From experience, we know that the same force will be much more effective at rotating an object such.
Fyzika tokamaků1: Úvod, opakování1 Tokamak Physics Jan Mlynář 3. Tokamak field equilibrium Solovjev solution of the Grad-Shafranov equation, Shafranov.
King Fahd University of Petroleum & Minerals Mechanical Engineering Dynamics ME 201 BY Dr. Meyassar N. Al-Haddad Lecture # 16.
ME221Lecture 131 ME 221 Statics Lecture #13 Sections 5.1 – 5.7 Exam #2 Review.
Physics of fusion power
Physics of fusion power Lecture 4: Cylindrical concepts.
Physics of fusion power Lecture 8: Conserved quantities / mirror / tokamak.
Symmetry. Phase Continuity Phase density is conserved by Liouville’s theorem.  Distribution function D  Points as ensemble members Consider as a fluid.
Physics of Fusion power Lecture3 : Force on the plasma / Virial theorem.
Momentum flux across the sea surface
01-1 Physics I Class 01 1D Motion Definitions.
Physics of fusion power Lecture 8 : The tokamak continued.
ASTR 2310: Chapter 3 Orbital Mechanics Newton's Laws of Motion & Gravitation (Derivation of Kepler's Laws)‏ Conic Sections and other details General Form.
King Fahd University of Petroleum & Minerals Mechanical Engineering Dynamics ME 201 BY Dr. Meyassar N. Al-Haddad Lecture # 16.
Final exam: room 105 HECC, 8-10 am, Wednesday, December 12 th.
Physics of fusion power Lecture 10 : Running a discharge / diagnostics.
Physics of Fusion power Lecture 7: Stellarator / Tokamak.
Physics of fusion power
Physics of fusion power Lecture 7: particle motion.
Strategies for Interpreting a Prompt and Succeeding at the In-Class Timed Writing Essay.
Physics of fusion power
Computational Astrophysics: Magnetic Fields and Plasma Astrophysics 10-nov-2008.
Space physics EF2245 Tomas Karlsson Space and Plasma Physics School of Electrical Engineering EF2245 Space Physics 2009.
Plasma in time-varying B-field. Particle acceleration Consider a plasma in a homogeneous magnetic field changing in time We then have: Using Stokes theorem:
Particle Distribution Modification by TAE mode and Resonant Particle Orbits POSTECH 1, NFRI 1,2 M.H.Woo 1, C.M.Ryu 1, T.N.Rhee 1,,2.
Excitation of ion temperature gradient and trapped electron modes in HL-2A tokamak The 3 th Annual Workshop on Fusion Simulation and Theory, Hefei, March.
Crosscutting Concepts Next Generation Science Standards.
Copyright © 2010 Pearson Education, Inc. Lecture Outline Chapter 11 Physics, 4 th Edition James S. Walker.
PARLIAMENT AS Overview. EXAM REQUIREMENT The Exam board specifies the following: A knowledge of the functions of Parliament and an ability to discuss.
Today’s agenda: Induced emf. You must understand how changing magnetic flux can induce an emf, and be able to determine the direction of the induced emf.
Physics of fusion power Lecture 9 : The tokamak continued.
1 Consumer Choice and Demand CHAPTER 6 © 2003 South-Western/Thomson Learning.
1 The structure and evolution of stars Lecture 3: The equations of stellar structure.
Kinetic MHD Simulation in Tokamaks H. Naitou, J.-N. Leboeuf †, H. Nagahara, T. Kobayashi, M. Yagi ‡, T. Matsumoto*, S. Tokuda* Joint Meeting of US-Japan.
Physics of fusion power Lecture 12: Diagnostics / heating.
Chapter 9: Rotational Motion
APES Study Plan What you should do to prepare for major exams… I do not assign homework every night, but you should still study every night. Start by making.
Chapter 9 Center of Mass and Linear Momentum In this chapter we will introduce the following new concepts: -Center of mass (com) for a system of particles.
AP Physics C: Mechanics 2007 Free Response Questions.
Chapter 11 – Rotational Dynamics & Static Equilibrium.
Work and energy for one-dimensional systems For one-dimensional motion work is path independent. 7. One-dimensional systems This follows from the fact.
Physics 111 Lecture Summaries (Serway 8 th Edition): Lecture 1Chapter 1&3Measurement & Vectors Lecture 2 Chapter 2Motion in 1 Dimension (Kinematics) Lecture.
Hydrodynamics Continuity equation Notation: Lagrangian derivative
Transport Model with Global Flow M. Yagi, M. Azumi 1, S.-I. Itoh, K. Itoh 2 and A. Fukuyama 3 Research Institute for Applied Mechanics, Kyushu University.
Rotational Motion AP Physics C. Introduction The motion of a rigid body (an object with a definite shape that does not change) can be analyzed as the.
TEC Short introduction to plasma fluid theory Dominik Schega.
Revision Previous lectures were about Hamiltonian, Construction of Hamiltonian, Hamilton’s Equations, Some applications of Hamiltonian and Hamilton’s Equations.
Test 2 review Test: 7 pm in 203 MPHY
Lecture10 Equilibrium.
Chemistry I Objectives Chapter 11
Energy and Energy Transfer
Physics of fusion power
Physics I Class 01 Introduction & 1D Motion.
Chapter 4.
Center of Mass and Linear Momentum
Chapter 9 Center of Mass and Linear Momentum
Today’s agenda: Induced emf. Faraday’s Law. Lenz’s Law. Generators.
Lecture Outline Chapter 11 Physics, 4th Edition James S. Walker
Lecture Outline Chapter 11 Physics, 4th Edition James S. Walker
Chapter 9: Rotational Motion
Chapter 9 Center of Mass and Linear Momentum
Cultural enlightenment time. Conductors in electrostatic equilibrium.
Presentation transcript:

Physics of fusion power Lecture 15: Revision lecture B. F. McMillan

Turbulence movie.

Exam …………. Is on the written notes !! Briefly explain what will be examined. Then …. Questions

Fusion power generation The exam is on physics questions, not the case for fusion or the details of particular tokamaks You can be asked to work out the amount of power generated given the numbers Learn the bit on break even and ignition

Plasma physics You will not be asked to derive the virial theorem or flux conservation BUT You are expected to understand the concepts and are able to apply them The force on the plasma plays a central role and you should study it carefully

Cylinder equilibrium Study chapter 3 well Theta pinch – diamagnetic current – profiles Z – pinch Screw pinch – stability against the kink

Particle motion You will not be asked to re-derive the drifts or conserved quantities. BUT You are expected to know the drifts (YES the equations) as well as the conserved quantities. You are expected to know the physical meaning of the various drifts, and are expected to be able to apply this knowledge to discuss the dynamics

Tokamak Study the whole of chapter 5 thoroughly