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MARTINDALE'S
CALCULATORS ON-LINE CENTER ENGINEERING A-Z NUCLEAR ENGINEERING (Calculators, Applets, Spreadsheets, and where Applicable includes: Courses, Manuals, Handbooks, Simulations, Animations, Videos, etc.) |
Examples of "Numerical Simulations in Radiation Transport" Course Chapters include:
Derivation of the Neutron Diffusion Equation; Introduction to Discrete Irdinants - Neutron Transport Equation; Spherical Harmonics Discretization - Derivation of the Pn Equations; Monte Carlo Simulations of Neutron Transport; Introduction to MCNP; etc..." NUCLEAR DESIGN: NE170 - D.R. Olander, Department of Nuclear Engineering, University of California, Berkeley Multimedia Nuclear Design Course (Text, Images & Simulations). VERY VERY VERY...EXTENSIVE. Examples of "Nuclear Design" Course Lectures include:
Thermal-hydraulic Constraints; Design Techniques; Cercer Fuels; Fuel Performance: Fuel Temperature in Oxide; Fuel Performance: Cladding Deformation; etc..." NUCLEAR SCIENCE & ENGINEERING COURSES: UNDERGRADUATE (SPREADSHEETS OPEN ONLINE WITH EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) MIT OpenCourseWare, & the Department of Nuclear Science and Engineering, MIT Multimedia Undergraduate Nuclear Engineering Courses (Text, Images, Animations & Spreadsheets). VERY VERY VERY...EXTENSIVE. For more information see MIT OpenCourseWare or the Department of Nuclear Science and Engineering
Examples of "Introduction to Ionizing Radiation" Course Lectures include:
Radiation Interactions; Radiation Chemistry Charged Particle Tracks; Background Radiation; etc..." Introduction to Electronics, Signals, and Measurement Examples of "Introduction to Electronics, Signals, and Measurement" Course Lectures include:
KVL and KCL Analysis (cont.); Nodal Mesh Analysis; Norton Equivalent Circuits; Sinusoidal Steady State with Impedance Method; etc..." Plasma Physics
More than 99% of all visible matter in the universe is in the plasma state. Plasma is sometimes called the fourth state of matter along with the solid, liquid and gaseous states. One difference from the other states is the absence of a clear phase transition. Instead, there is a continuous transition from gases with neutral atoms to plasmas with ionized atoms, which is determined by a dissociation equation..."
Plasma-Surface-Interaction in fusion devices; Plasma equilibrium in tokamaks; MHD model; Transport Fusion Plasmas; etc..." GRADUATE NUCLEAR ENGINEERING COURSES, LECTURES, TEXTBOOKS, MANUALS, ETC.
Examples of "Plasma Physics" Course Chapters & Subchapters include
Plasma Fluid Theory Waves in Cold Plasmas Magnetohydrodynamic Theory The Kinetic Theory of Waves; etc..." ADVANCED MAGNETOHYDRODYNAMICS - J.P. (Hans) Goedheer, Computational Plasma Physics Group, Department of Fusion Physics, FOM-Institute for Plasma Physics Rijnhuizen, Utrecht University, The Netherlands Multimedia Advanced Magnetohydrodynamics Course (Text & Images). VERY VERY VERY...EXTENSIVE. Advanced Magnetohydrodynamics
The MHD model; Waves and characteristics; Spectral theory; Waves and instabilities in inhomogeneous plasmas; Magnetic structures and dynamics; Flow: Waves and instabilities in stationary plasmas; Resistive plasmas; Toroidal plasmas; Transonic MHD flows and shocks; etc..." NUCLEAR SCIENCE & ENGINEERING COURSES: GRADUATE (SPREADSHEETS OPEN ONLINE WITH EXCEL, iWORK-NUMBERS, IBM LOTUS SYMPHONY, NEOOFFICE, OPENOFFICE CALC, ETC.) MIT OpenCourseWare, & the Department of Nuclear Science and Engineering, MIT Multimedia Graduate Nuclear Engineering Courses (Text, Images, Animations & Spreadsheets). VERY VERY VERY...EXTENSIVE. For more information see MIT OpenCourseWare or the Department of Nuclear Science and Engineering
Examples of "Applied Nuclear Physics" Course Lectures include:
Barrier Penetration; The Neutron-Proton System: Bound State of the Deuteron; Charged Particle Interactions: Stopping Power, Collision and Ionization; etc..." Engineering Risk-Benefit Analysis Examples of "Engineering Risk-Benefit Analysis" Course Lectures include:
Probabilistic risk assessment; The multistage decision model; The axioms of rational behavior; etc..." Physical Metallurgy Physical Metallurgy Lectures include:
Yield Strength and Hardness; Crystalline Defects: Dislocations; Dislocation Interactions; Kinks and Jogs; Grain Boundaries; Kinetic Processes; etc..." Fundamentals of Advanced Energy Conversion Fundamentals of Advanced Energy Conversion Lectures include:
Electrochemical Energy Conversion and Storage; Chemical Kinetics; High Power Conversion Efficiency for Advanced Gas, Coal and Nuclear Plants; Supercritical Cycles for Nuclear Power Plants; etc..." Managing Nuclear Technology Managing Nuclear Technology Lectures include:
Evaluating Projects under Uncertainty; Economics of the Nuclear Fuel Cycle (I): Material Balances and Simple Cost Models; Reprocessing and MOX Recycle: Economics and other Considerations; etc..."
Inertial Fusion Energy: Technology and Economics Examples of "Inertial Fusion Energy: Technology and Economics" Lectures include
How ICF targets work; Drivers for Inertial Fusion Energy; Target Chambers for Inertial Fusion Energy; The Economics of IFE; etc..." Long-Term Issues for Nuclear Stewardship and Fissile-Material Disposition Long-Term Issues for Nuclear Stewardship and Fissile-Material Disposition Lectures include
Issues for Detecting Undeclared Post-Closure Excavation at Geologic Repositories; etc...." Advanced Boiling Water Reactors (ABWR) Advanced Nuclear Engineering Computing Laboratory Nuclear Waste Research Laboratory
Examples of "Nuclear Reactor Safety Design" Course Lectures include
Design Basis Accidents; Case Studies; Probability Tools and Techniques; Safety Systems; etc..." Nuclear Reactor Heat Transport System Design Examples of "Nuclear Reactor Heat Transport System Design" Course Lectures include
Heat Transport System Thermalhydraulics; Thermodynamics; Fuel - Coolant Heat Transfer; The Design Process; etc..." Reactor Heat Transport System Simulation and Analysis Examples of "Reactor Heat Transport System Simulation and Analysis" Course Lectures include
Equation of State; Rate Form of the Equation of State; Thermalhydraulic Network Simulation; Empirical Correlations; Design Tools; etc..." |
Reactor Database REACTOR DATABASE - World Nuclear Association Multimedia Reactor Database (Text & Images). VERY VERY VERY...EXTENSIVE. Reactor Database (Reactor information for each Country) includes:
Status: Operating, Not Operating or Shut Down; Facility Details; Operational Data
Start of Commercial Operation; Gross Capacity-Electrical; Capacity-Electrical; Capacity-Thermal; Output; etc..." Nuclear Materials Database INSC MATERIAL PROPERTIES DATABASES - International Nuclear Safety Center, Argonne National Laboratory (ANL) and the U.S. Department of Energy Multimedia Nuclear Material Properties Databases (Text, Images, Simulations & Calculators). VERY VERY VERY...EXTENSIVE. Nuclear Material Properties Databases
Thermodynamic Properties of Nuclear Material include:
Thermal Expansion; Solidus/Liquidus Temperatures (Melting Point); Enthalpy of Fusion; Vapor Pressure; Boiling Point; Enthalpy of Vaporization; Surface Tension..." Transport Properties of Nuclear Material Transport Properties of Nuclear Material includes:
Electrical Conductivity; Viscosity; Emissivity..." NUCLEAR MATERIALS: NE120 - B.D. Wirth, Department of Nuclear Engineering, University of California, Berkeley Multimedia Nuclear Materials Course (Text, Images & Simulations). VERY VERY VERY...EXTENSIVE. Nuclear Materials Chapters include:
Thermodynamics; Crystal Structures; Point Defects; Mechanical Properties; Fission Product Behavior; etc..." IRRADIATION EFFECTS IN NUCLEAR MATERIALS: NE220 - B.D. Wirth, Department of Nuclear Engineering, University of California, Berkeley Multimedia Irradiation Effects in Nuclear Materials Course (Text, Images & Simulations). VERY VERY VERY...EXTENSIVE. Irradiation Effects in Nuclear Materials Chapters include:
Point & Extended Defect Characteristics; Point Defect Balance Equations; Irradiation Wwelling and Voids in Metals; etc..." Nuclear Materials Teaching Modules, Regulations, etc. NUCLEAR MATERIALS - Nuclear Regulatory Commission (NRC), U.S. Multimedia Nuclear Materials Database, Teaching Modules, Regulations, Glossaries, etc. (Text, Images, Animations & Simulations). VERY VERY VERY...EXTENSIVE. For more information see Nuclear Regulatory Commission (NRC) NUCLEAR FUEL CALCULATORS, APPLETS, ANIMATIONS & SIMULATIONS
WISE Uranium Project
Though designed for educational purposes, they are believed to be scientifically correct - to the degree achievable with limited resources. Each calculator is accompanied by a Help file, describing the calculation procedure and the parameters used, and any assumptions and simplifications made..."
Unit Converter (Radiation Activity, Radiation Dose, Uranium & Radon) Nuclear Fuel Chain Waste Activity Calculator Nuclear Fuel Supply Calculator Nuclear Fuel Cost Calculator Recycled Nuclear Fuel Cost Calculator Nuclear Fuel Material Balance Calculator Uranium Miner Health Risk Calculator PLASMA FUELING DATABASES, CALCULATORS & APPLETS
International Pellet Ablation Database
NGS - NEUTRAL GAS SHIELDING PELLET ABLATION CODE (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY VERY EXTENSIVE. Neutral Gas Shielding Pellet Ablation Code Calculator INPUT Values include:
PELLET CALCULATOR FOR FUSION FUELING (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY EXTENSIVE. Pellet Calculator for Fusion Fueling INPUT Values include:
Penetration from IPADBASE Scaling; etc..." QUICKGUN - 2 STAGE LIGHT GAS GUN CODE (JAVA APLET) - L.R. Baylor, Plasma Fueling Group, Oak Ridge National Laboratory VERY VERY VERY...EXTENSIVE. QUICKGUN: 2 Stage Light Gas Gun Code Calculator INPUT Values include:
Fill Gas Pressure; Fill Gas Temperature; Pellet Release Pressure; Pellet Length; Pellet Diameter; Pellet Density; Piston Mass; Piston Length; Piston Clearance; Piston Friction Coefficient; Piston Diameter; Pump Tube Length; etc..." TOKAMAK ONLINE EXPERIMENTS IN REAL-TIME
The Alcator C-Mod Experiment
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