Massachusetts Institute of Technology 的课件信息
1.Nuclear Science and Engineering
（一）Undergraduate Courses
22.002 Management in Engineering
Fall 2004
22.00J
Introduction to Modeling and Simulation Spring 2006
22.01
Introduction to Ionizing Radiation
Fall 2006
22.012
Seminar: Fusion and Plasma Physics
Spring 2006
22.02
Introduction to Applied Nuclear Physics Spring 2003
22.033
Nuclear Systems Design Project
Fall 2002
22.05
Neutron Science and Reactor Physics
Fall 2006
22.058
Principles of Medical Imaging
Fall 2002
22.071J Introduction to Electronics, Signals,
Spring 2006
and Measurement
22.101
Applied Nuclear Physics
Fall 2003
22.101
Applied Nuclear Physics
Fall 2006
22.103
Microscopic Theory of Transport
Fall 2003
22.105
Electromagnetic Interactions
Fall 2005
22.106
Neutron Interactions and Applications
Spring 2005
22.251
Systems Analysis of the Nuclear Fuel
Fall 2005
Cycle
22.312
Engineering of Nuclear Reactors
Fall 2007
22.313J Thermal Hydraulics in Power Technology Spring 2007
22.314J Structural Mechanics in Nuclear Power
Technology
Fall 2006
22.33
Nuclear Systems Design Project
Fall 2002
22.351
Systems Analysis of the Nuclear Fuel
Fall 2005
Cycle
22.38
Probability And Its Applications To
Fall 2005
Reliability, Quality Control, And Risk
Assessment
22.39
Integration of Reactor Design,
Fall 2006
Operations, and Safety
22.40J
Fundamentals of Advanced Energy
Spring 2004
Conversion
22.51
Interaction of Radiation with Matter
Spring 2003
22.52J
Statistical Thermodynamics of Complex
Spring 2004
Liquids
22.55J
Principles of Radiation Interactions
22.561J Magnetic Resonance Analytic,
Fall 2004
Spring 2006
Biochemical, and Imaging Techniques
22.56J
Noninvasive Imaging in Biology and
Fall 2005
Medicine
22.611J Introduction to Plasma Physics I
Fall 2003
22.611J Introduction to Plasma Physics I
Fall 2006
22.615
MHD Theory of Fusion Systems
Spring 2007
22.616
Plasma Transport Theory
Fall 2003
22.68J
Superconducting Magnets
Spring 2003
22.71J
Physical Metallurgy
Spring 2003
22.71J
Physical Metallurgy
Spring 2004
22.811J Sustainable Energy
Spring 2005
22.811J Sustainable Energy
January
(IAP) 2007
22.812J Managing Nuclear Technology
Spring 2004
22.82
Engineering Risk-Benefit Analysis
Spring 2007
22.903
Photon and Neutron Scattering
Spring 2005
Spectroscopy and Its Applications in
Condensed Matter
22.920
22.921
A Hands-On Introduction to Nuclear
January
Magnetic Resonance
(IAP) 1997
Nuclear Power Plant Dynamics and Control January
(IAP) 2006
22.A09
Career Options for Biomedical Research Fall 2006
22.S27
Seminar: Fusion and Plasma Physics
Spring 2006
（二）Graduate Courses
22.033 Nuclear Systems Design Project
Fall 2002
22.058
Principles of Medical Imaging
Fall 2002
22.101
Applied Nuclear Physics
Fall 2003
22.101
Applied Nuclear Physics
Fall 2006
22.105
Electromagnetic Interactions
Fall 2005
22.106
Neutron Interactions and Applications
Spring 2005
22.251
Systems Analysis of the Nuclear Fuel
Fall 2005
Cycle
22.312
Engineering of Nuclear Reactors
Fall 2007
22.313J Thermal Hydraulics in Power Technology Spring 2007
22.314J Structural Mechanics in Nuclear Power
Fall 2006
Technology
22.33
Nuclear Systems Design Project
Fall 2002
22.351
Systems Analysis of the Nuclear Fuel
Fall 2005
Cycle
22.38
Probability And Its Applications To
Fall 2005
Reliability, Quality Control, And Risk
Assessment
22.39
Integration of Reactor Design,
Fall 2006
Operations, and Safety
22.40J
Fundamentals of Advanced Energy
Spring 2004
Conversion
22.51
Interaction of Radiation with Matter
Spring 2003
22.52J
Statistical Thermodynamics of Complex
Spring 2004
Liquids
22.55J
Principles of Radiation Interactions
22.561J Magnetic Resonance Analytic,
Fall 2004
Spring 2006
Biochemical, and Imaging Techniques
22.56J
Noninvasive Imaging in Biology and
Fall 2005
Medicine
22.611J Introduction to Plasma Physics I
Fall 2003
22.611J Introduction to Plasma Physics I
Fall 2006
22.615
MHD Theory of Fusion Systems
Spring 2007
22.616
Plasma Transport Theory
Fall 2003
22.68J
Superconducting Magnets
Spring 2003
22.71J
Physical Metallurgy
Spring 2003
22.71J
Physical Metallurgy
Spring 2004
22.811J Sustainable Energy
Spring 2005
22.811J Sustainable Energy
January
(IAP) 2007
22.812J Managing Nuclear Technology
Spring 2004
22.82
Engineering Risk-Benefit Analysis
Spring 2007
22.903
Photon and Neutron Scattering
Spring 2005
Spectroscopy and Its Applications in
Condensed Matter
22.920
22.921
A Hands-On Introduction to Nuclear
January
Magnetic Resonance
(IAP) 1997
Nuclear Power Plant Dynamics and Control January
(IAP) 2006
2.Physics
http://ocw.mit.edu/OcwWeb/Physics/index.htm
（一）Undergraduate Courses
8.01
Physics I: Classical Mechanics
Fall 1999
8.01
Physics I
Fall 2003
8.012
Physics I: Classical Mechanics
Fall 2005
8.01L
Physics I: Classical Mechanics
Fall 2005
8.01T
Physics I
Fall 2004
8.01X
Physics I: Classical Mechanics with an Fall 2002
Experimental Focus
8.02
Electricity and Magnetism
Spring 2002
8.02
Physics II: Electricity and Magnetism Spring 2007
8.022
Physics II: Electricity and Magnetism Fall 2002
8.022
Physics II: Electricity and Magnetism Fall 2004
8.022
Physics II: Electricity and Magnetism Fall 2006
8.02T
Electricity and Magnetism
Spring 2005
8.02X
Physics II: Electricity & Magnetism
Spring 2005
with an Experimental Focus
8.03
Physics III
Spring 2003
8.03
Physics III: Vibrations and Waves
Fall 2004
8.033
Relativity
Fall 2006
8.04
Quantum Physics I
Spring 2006
8.044
Statistical Physics I
Spring 2008
8.05
Quantum Physics II
Fall 2004
8.06
Quantum Physics III
Spring 2005
8.07
Electromagnetism II
Fall 2005
8.08
Statistical Physics II
Spring 2005
8.09
Classical Mechanics
Fall 2006
8.13-14 Experimental Physics I & II "Junior
Fall 2007
Lab"
8.20
Introduction to Special Relativity
January
(IAP) 2005
8.224
Exploring Black Holes: General
Spring 2003
Relativity & Astrophysics
8.225J
Einstein, Oppenheimer, Feynman:
Spring 2006
Physics in the 20th Century
8.231
Physics of Solids I
Fall 2006
8.251
String Theory for Undergraduates
Spring 2007
8.261J
Introduction to Computational
Spring 2004
Neuroscience
8.282J
Introduction to Astronomy
Spring 2006
8.284
Modern Astrophysics
Spring 2006
8.286
The Early Universe
Spring 2004
8.811
Particle Physics II
Fall 2005
8.901
Astrophysics I
Spring 2006
（二）Graduate Courses
8.311
Electromagnetic Theory
Spring
2004
8.321
Quantum Theory I
Fall
2002
8.322
Quantum Theory II
Spring
2003
8.323
Relativistic Quantum Field Theory I
Spring
2003
8.324
Relativistic Quantum Field Theory II
Fall
2005
8.325
Relativistic Quantum Field Theory III
Spring
2003
8.325
Relativistic Quantum Field Theory III
Spring
2007
8.333
8.334
Statistical Mechanics I: Statistical
Fall
Mechanics of Particles
2007
Statistical Mechanics II: Statistical
Spring
Physics of Fields
2008
8.351J Classical Mechanics: A Computational
Approach
8.371J Quantum Information Science
Fall
2002
Spring
2006
8.395J Teaching College-Level Science
Spring
2006
8.422
Atomic and Optical Physics II
Spring
2005
8.511
Theory of Solids I
Fall
2004
8.512
Theory of Solids II
Spring
2004
8.513
8.514
Many-Body Theory for Condensed Matter
Fall
Systems
2004
Strongly Correlated Systems in Condensed Fall
Matter Physics
8.575J Statistical Thermodynamics of Complex
2003
Spring
Liquids
2004
8.591J Systems Biology
Fall
2004
8.592J Statistical Physics in Biology
Spring
2005
8.594J Introduction to Neural Networks
Spring
2005
8.613J Introduction to Plasma Physics I
Fall
2003
8.613J Introduction to Plasma Physics I
Fall
2006
8.701
8.851
8.871
Introduction to Nuclear and Particle
Spring
Physics
2004
Strong Interactions: Effective Field
Spring
Theories of QCD
2006
Selected Topics in Theoretical Particle
Fall
Physics: Branes and Gauge Theory Dynamics 2004
8.901
Astrophysics I
Spring
2006
8.902
Astrophysics II
Fall
2004
8.942
Cosmology
Fall
2001
8.952
Particle Physics of the Early Universe
Fall
2004
8.962
General Relativity
Spring
2006