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...Atoms and Nuclei
Professor Jasmina Vujic
Lecture 1 Nuclear Engineering 162 Department of Nuclear Engineering University of California, Berkeley
ATOMS AND NUCLEI
ATOMS Greek: indivisible the smallest parts of matter that retain their physical and ...
...NuclearPowerEngineering:Energy TransportandConversioninReactor Systems
PerF.Peterson Professor DepartmentofNuclearEngineering UniversityofCalifornia,Berkeley
NE39AIssuesinNuclearScienceandTechnology November3,2008
UCBerkeley
TheGenerationsofNuclea...
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for Speakers Final Presentation to the Department May 18, 2006 Replacement of oxide fuel in BWRs with hydride fuel Pros and Cons Name Martin Hyeji Lydia Paul Robert Adam Beth Topic Introduction Reference core Neutronics Thermalhydraulics Fuel performance Economics Conclusions Time,min 5 5 15 15 15 10 5
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Berkeley >> NUC ENG >> 162 (Spring, 2008)
ANNUALSUPPLEMENTTOTHEBIOBIBLIOGRAPHY AllinformationreferstotheperiodJuly1,_toJune30,_ NOTE:INFORMATIONCONTAINEDINTHISDOCUMENTISOPENTOACCESSBYTHEPUBLIC (CopiesofthisSupplementwillbemaintainedintheofficesoftheChancellor,theDean,andthedepartment andar...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
Image Quality Introduction Imaging Concept Image Clarity Image Contrast Image Sharpness - Spatial Resolution Point Spread Function Modulation Transfer Function Image Noise Perception and Decision Making Rose Model Contrast-Detail Curves ...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
Name: NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Midterm II - SOLUTIONS Radionuclide Imaging Problem 1 (15) A standard procedure for myocardial perfusion imaging is perform...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 6 Assignment Date: Thursday 10/16/2008 Due: Tuesday 10/28/2008 1. A sample of 99mTc containing 4mCi/mL was prepared at...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
#6 Hydride fuel How does hydride fuel differ from oxide fuel? fission-gas release may be significantly lower mechanism unknown fission-product swelling may be worse anomalous early-time behavior must operate at very much lower fuel temperature t...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
Outline Abundances of Heavy Elements r-Process SN II as a Possible Site for the r-Process References R Process for the Nucleosynthesis of Heavy Elements David Murer April 14, 2008 David Murer R Process for the Nucleosynthesis of Heavy Elements...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
X-ray Sources and Principles of X-Ray and Gamma-Ray Spectra Introduction X-ray Sources Production of X-rays X-ray tubes X-ray Spectra Basic spectrum Filters & Collimation Anti-scatter grids Gamma-Ray Spectra Fall 2008 Introduction to Imagi...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
NE-255, LECTURE 2 Relevant Courses Math 123, Ordinary Differential Equations Math 204, Ordinary Differential Equations Math 128A, Numerical Analysis (solution of ordinary differential equations) Math 128B, Numerical Analysis (evaluations of eigenval...
Berkeley >> NUC ENG >> 162 (Spring, 2008)
Name: _ Nuclear Engineering 39A Homework 1 Due Sept. 17, 2008 (at the beginning of class) Please refer to Chapters 1, 4, and 5 in the textbook 1) Nuclear Reactions Complete the following nuclear reactions and identify the type. You will need a period...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
[1] Monte Carlo Sampling Methods Jasmina L. Vujic Nuclear Engineering Department University of California, Berkeley Email: phone: fax: vujic@nuc.berkeley.edu (510) 643-8085 (510) 643-9685 UCBNE, J. Vujic [2] Monte Carlo Monte Carlo is a computat...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 8 Assignment Date: Thursday 11/6/2008 Due: Thursday 11/13/2008 1. Suppose that under ideal conditions, a radiopharmac...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
Homework 7 Nuclear Engineering 162 Due 2 April 2008 VI.1 Turner 12.1 (Page 390) (a) What is the average absorbed dose in a 40cm3 region of a body organ (density = 0.92g (b) If the energy is deposited by ionizing particles with an LET of 10 keV pm in ...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
NuclearPowerEngineering:Energy TransportandConversioninReactor Systems PerF.Peterson Professor DepartmentofNuclearEngineering UniversityofCalifornia,Berkeley NE39AIssuesinNuclearScienceandTechnology November3,2008 UCBerkeley TheGenerationsofNuclea...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
Fusion Research Principles, Experiments and Technology Do/an Pergamon Press Library of Congress Cataloging in Publication Data Dolan, Thomas James, 1939Fusion research. Includes indexes. 1. Nuclear fusion. QC791. D84 1980 ISBN O-08-0255855 I. T...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
Homework 4 Solutions Nuclear Engineering 162 Due 27 February 2007 III.1 Turner 5.4 (Page 134) (a) Calculate the maximum energy that a 3-MeV alpha particle can transfer to an electron in a single collision. Qmax = 4(1/1836amu)(4amu) 4mo M E= (3MeV) = ...
Berkeley >> NUC ENG >> 167 (Fall, 2008)
Homework 2 Nuclear Engineering 162 Due 13 February 2008 II.1 Turner 3.14 (Page 80) The 226 Ra nucleus emits a 4.60-MeV alpha particle 5.5% of the time when it decays to 88 (a) Calculate the Q value for this decay. (b) What is the recoil energy of the...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
NE162: Homework 9 Jonathan Dreyer April 29, 2008 Homework 9 Open homework and copy files from pdf to local directory C:\\NE162 Important Notes Updated dose.m file included in pdf Homework due May 2 at 5pm Editting the MCNP Input Open phantom....
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Department of Nuclear Engineering 4163 Etcheverry Hall, #1730 (510) 642-5015 Fax (510) 643-9685 Reimbursement Request Name: ID # (employee/student): Contact Info (Phone / Email): Date of Purchase Location of Purchase Method of Payment Cash Check Cr...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 7 Assignment Date: Thursday 10/30/2008 Due: Thursday 11/6/2008 1. Assume a diverging collimator: a. What is the minifi...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 5 - Solutions 1.) Assuming a CT system with a spatial resolution of FWHM=1 cm and a FOV of 30 cm. Estimate the samplin...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Prussin Chapter 10 Beta Decay Why should nuclear engineers care ? Fission products are neutron-rich and are beta unstable Many fission products are long-lived and are issues for nuclear waste disposal Krane Thermal neutron activation products a...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
NE 255 - Numerical Simulation in Radiation Transport Practical use of MCNP Massimiliano Fratoni maxfratoni@nuc.berkeley.edu October 17th 2006 MCNP input structure One-line Problem Title Card Cell Cards Blank Line Delimiter Surface Cards Blank L...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
The Four Elements Earth Air Fire Water 1 Early Alchemist 2 I saw in a dream a table where all the elements fell into place as required. Awakening, I immediately wrote it down on a piece of paper. Only in one place did a correction later appea...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Name: _ Nuclear Engineering 39A Homework 4 Due Friday, Nov. 7, 2008 (by 3:00 pm in my mailbox) Mailbox location: next to 4149 Etcheverry Hall, across from the elevators Please read Ch. 11.6 (The Nuclear Fuel Cycle) of the textbook. This homework is b...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
NuclearPowerEngineering:Energy TransportandConversioninReactor Systems PerF.Peterson Professor DepartmentofNuclearEngineering UniversityofCalifornia,Berkeley NE39AIssuesinNuclearScienceandTechnology November3,2008 UCBerkeley TheGenerationsofNuclea...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
1 Memo #2 The Critical dryout condition1 3/8/06 The purpose of this memo is to summarize the best available correlation for predicting the thermal power in a BWR that causes dryout somewhere in the core. The correlation proposed by Hench and Gillis2 ...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Fusion Research Principles, Experiments and Technology Do/an Pergamon Press Library of Congress Cataloging in Publication Data Dolan, Thomas James, 1939Fusion research. Includes indexes. 1. Nuclear fusion. QC791. D84 1980 ISBN O-08-0255855 I. T...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Homework 3 Nuclear Engineering 162 Due 20 February 2008 IV.1 Turner 8.12 (Page 202) Derive Equation (8.12) from Equations (8.9)-(8.11). III.2 Turner 8.16 (Page 203) A 662-keV photon is Compton scattered at an angle of 120o with respect to its inciden...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Name: NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Midterm II Radionuclide Imaging Problem 1 A standard procedure for myocardial perfusion imaging is performed by injecting a...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Beta Decay Schemes Krane - decay + decay Prussin Prussin Effects of Fermi function on spectra Prussin large nuclear matrix element short comparative half life Prussin Converts n p without changing spin Converts n p with possible spin...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Name: _ Nuclear Engineering 39A Homework 1 Due Sept. 17, 2008 (at the beginning of class) Please refer to Chapters 1, 4, and 5 in the textbook 1) Nuclear Reactions Complete the following nuclear reactions and identify the type. You will need a period...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Oral Presentation Schedule March 31 April 2 April 7 Adam Bryant: Quark-Gluon Plasma April 14 April 16 April 23 Chit Hlaing: Half-life Variations April 28 April 30 May 5 May 7 - Krane What is multipolarity of 113-keV transition? Krane Krane exc...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
...
Berkeley >> NUC ENG >> 225 (Fall, 2008)
Interaction of Electromagnetic Radiation with Matter N E 162 Lecture 5 Chapter 8 of Text book Jasmina Vujic Electromagnetic Radiation Its Nature and Properties: Dual Nature Wave properties: m1/sc (m/s) = Particle Properties: m = 0, E = h, p = E...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Oral Presentation Schedule April 7 Adam Bryant: Quark-Gluon Plasma April 14 Erik Swanberg: s-Process David Murer: r-Process April 16 Raluca Scarlat: April 23 Chit Hlaing: Half-life Variations April 28 Michelle Galloway: Big Bang/Dark Matter Manu...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Mid Term Exam Wednesday March 19 in class covers everything weve done so far, up to and including fission open book Typos in Prussins book: pages 377,378 eccentricity SF t1/2(235U) = 1019 years (approximately) Oral Presentation Schedule April 7 ...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Homework 5 Solutions Nuclear Engineering 162 Due 5 March 2008 V.1 Turner 7.9 (Page 171) From Fig. 5.6 nd LET for a (a) 2 MeV alpha particle. 1.8e3 MeV cm1 (b) 100 MeV muon. 2.3 MeV cm1 (c) 100 keV positron. 4.3 MeV cm1 V.2 Turner 7.12 (Page 171) In s...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Memo #5 Post-PCMI Cladding Stresses and Strains 4/18/06 The linear strain of the fuel due to densification and fission-product swelling following the onset of PCMI is obtained from the plot on slide No. 1 of Lecture #7: V V fp = 1 3 V ...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 9 Assignment Date: Tuesday 11/25/2008 Due: Tuesday 12/2/2008 1. Na has a total nuclear angular momentum of quantum num...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Interaction of Radiation with Matter Attenuation Coefficients Introduction Radiation and the Atom Wave vs. particulate radiation Ionizing vs. non-ionizing radiation Atomic structure and radiation from electron transitions Nuclear structure a...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Department of Nuclear Engineering University of California Berkeley, California NE 255/J.Vujic Homework Set 1 1. Suppose that the neutron number density is given by n(z, E) = exp(- z) / E , and suppose that the absorption cross section is Due Sep 16,...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 6 Assignment Date: Thursday 10/16/2008 Due: Tuesday 10/28/2008 1. A sample of 99mTc containing 4mCi/mL was prepared at...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Outline Abundances of Heavy Elements r-Process SN II as a Possible Site for the r-Process References R Process for the Nucleosynthesis of Heavy Elements David Murer April 14, 2008 David Murer R Process for the Nucleosynthesis of Heavy Elements...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
NE 39 Radiation Detection & Measurements Prof. Kai Vetter DepartmentofNuclearEngineering 4171EtcheverryHall UCBerkeley (510)6427071 kvetter@nuc.berkeley.edu NuclearScienceDivision MS88207 LawrenceBerkeleyNationalLaboratory (510)4865146 kvetter@lbl....
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Positron Emission Tomography - PET Introduction Basic Concept Tracer Isotopes Difference between PET and SPECT Detectors Performance Attenuation correction Time-of-flight Spatial resolution (Detector, Positron Physics, depth of interaction)...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
NuclearEnergy,Safetyandthe Environment PerF.Peterson Professor DepartmentofNuclearEngineering UniversityofCalifornia,Berkeley NE39AIssuesinNuclearScienceandTechnology November26,2008 UCBerkeley EnergyfromNuclearFission FISSIONPRODUCT neutron . ac...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
Department of Nuclear Engineering University of California Berkeley, California NE 255/J.Vujic Problem Set V Due Nov 25, 2008. V.1. Use a rejection Monte Carlo method to evaluate: a) = 3.14159 from = 4 1 0 1 1 2 1 x dx and = 4 -- dx 0 1 + ...
Berkeley >> NUC ENG >> 250 (Spring, 2008)
...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
#3 Thermal-hydraulic constraints From: N. Todreas this constraint fixes the pressure drop over the reactor core (p) ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
TheSProcess ErikSwanberg NE201 April14,2008 QuickReview:FromHtoC TheuniverseismostlyH(75%)andHe(23%) Reactionsinstars: p+p>He(moreorless) He+He+He>C(moreorless) CNOCycle C+C>Mg O+O>S SuccesivealphaadditionsyieldsisotopesuptoNi WheredohigherZe...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Homework 1 Solutions Nuclear Engineering 162 Due 30 January 2007 I.1 Turner 2.5 (Page 48) Estimate the number of atoms/cm2 in an aluminum foil that is 1 mm thick. thickness Na 2 = atoms/cm AtomicWeight 2.70gm/cm 0.1cm 6.022 1023 mol1 2 = 6.03 ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
NE-107: Introduction to Imaging Department of Nuclear Engineering University of California, Berkeley Fall Semester 2008 Problem Set 3 Assignment Date: Tuesday 9/23/2008 Due: Tuesday 9/30/2008 1.) The dose conversion factor allows the conversion of e...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Safety Analysis Report: Case study of Diablo Canyon Nuclear Power Station Berkeley September 30, 2004 Jean Savy LLNL Hazards Mitigation Center Looking North view of Point San Luis with DCPP Elevation section of DCPP Objective of a Seismic PRA To ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Fusion Research Principles, Experiments and Technology Do/an Pergamon Press Library of Congress Cataloging in Publication Data Dolan, Thomas James, 1939Fusion research. Includes indexes. 1. Nuclear fusion. QC791. D84 1980 ISBN O-08-0255855 I. T...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
2004 REVISED NRL PLASMA FORMULARY J.D. Huba Beam Physics Branch Plasma Physics Division Naval Research Laboratory Washington, DC 20375 Supported by The Oce of Naval Research 1 FOREWARD The NRL Plasma Formulary originated over twenty ve years ago a...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
FUEL PERFORMANCE #7 CLADDING DEFORMATION Due to the accumulation of fission products dissolved in fuel Oxide Fuel V 2 BU < 3 MWd/kgU (%) = 1.8 (BU) + 0.3 (BU) V fp = 0.08 (BU) 2.1 BU > 3 MWd/kgU Solid fp swelling radiation densification Burnu...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
1 =0 Kink Modes qa q 2 =1 =2 =3 Internal Mode 3 4 76 5 4 3 2 1 qa ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
ChemicalEffectson InternalConversion NE201 Report RalucaScarlat 23April2008 ChemicalEffectsonNuclearDecayRates InternalConversion(IC): Electrondensity decayrateproportionalto|el(0)|2 atnucleus Screeningeffect ElectronCapture(EC): Decayisproportio...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Department of Nuclear Engineering 4163 Etcheverry Hall, #1730 (510) 642-5015 Fax (510) 643-9685 Reimbursement Request Name: ID # (employee/student): Contact Info (Phone / Email): Date of Purchase Location of Purchase Method of Payment Cash Check Cr...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
NE 290 C INTRODUCTION TO SENSITIVITY AND UNCERTAINTY ANALYSIS Dan Gabriel Cacuci Summer 2002, Schedule: MWF 8:30 10:30 SUMMARY: The role of computer-assisted modeling and analysis of physical processes has increased tremendously in the last decade....
Berkeley >> NUC ENG >> 255 (Fall, 2008)
On the Inclusion of Safety Margins in Probabilistic Risk Assessment: I. The Reliability of a Passive Cooling System II. High-Burnup Fuel Failure Limits George E. Apostolakis Massachusetts Institute of Technology apostola@mit.edu Presented at the Uni...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Oral Presentation Schedule April 23 - Raluca Scarlat Half-life Variations April 28 Michelle Galloway: Big Bang Nucleosynthesis Manuel Aldan: Cerenkov/Transition Radiation April 30 Sven Chilton: Tritium breeding Brien Ninemire: K-Isomers May 5 Amy ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
University of California, Berkeley ETCHEVERRY HALL Building Emergency Plan Date Adopted: 1/94 Date Revised: 11/02 Prepared By: Dan L. Essley TABLE OF CONTENTS I. Building Information _ 1 Departments _ 2 Building Safety Committee _ 2 Building Eme...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
Mid Term Exam Wednesday March 19 in class covers everything weve done so far, up to and including fission open book Prussin Chapter 9 The Standard Model In Standard Model, all m = 0 and neutrinos do not changeflavors What is the universe made of ...
Berkeley >> NUC ENG >> 255 (Fall, 2008)
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