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Nuclear Engineering  180
Introduction to Controlled Fusion
Fall Semester 2007

Instructor: E. Morse

Announcement:

 

Data Files for Experiment F1 Group1:

PuBe07.txt

lith07.txt

Li2CO307.txt

Bkg07.txt

bare07.txt

Pb07.txt

Data Files for Experiment F1 Group2:

bli2co3.TXT

concrete.TXT

crudeoil.TXT

graphite.TXT

h2o.TXT

pb.TXT

pube.TXT

run2.TXT

run2_2.TXT

steel.TXT

 

 

Experiment F1

Experiment F2

Homework 3 due 25 October 2007

Wesson Diagram for Homework 3

Practice Final Examination

Solutions to Practice Final Examination

NRL Plasma Formulary

Syllabus   
 

 

 

 

 

 

 

 

 

 

 

 

Info for homework 1: (Not assigned yet!)

Script for calculating sigma-v for DT (note reactivity is given in cm^3 s^-1):

bg=34.3827;

mrc2=1124656;

c1=1.17302 *10^(-9);

c2=1.51361*10^(-2);

c3=7.51886*10^(-2);

c4=4.60643*10^(-3);

c5=1.35*10^(-2);

c6=-1.0675*10^(-4);

c7=1.366*10^(-5);

theta=T/(1-T(c2+T(c4 +T c6))/(1+T(c3 + T(c5 + T c7))));

ksi=(bg^2/(4 theta))^(1/3);

sigmav[T_]=c1 theta Sqrt[ksi/(mrc2 T^3)]E^(-3 ksi);

 

Table of reactivities:

   T(keV)        sigma-v (cm^3 s^-1)

{{0.2, 1.2539776998383447*^-26},

 {0.3, 7.29224506973822*^-25},

 {0.4, 9.344314323180237*^-24},

 {0.5, 5.696570582973228*^-23},

 {0.6, 2.253122002297616*^-22},

 {0.7, 6.739936486698325*^-22},

 {0.8, 1.6618275460410676*^-21},

 {1., 6.856884249593281*^-21},

 {1.3, 3.174350075221833*^-20},

 {1.5, 6.92306241502874*^-20},

 {1.8, 1.773400173888841*^-19},

 {2., 2.977426340919898*^-19},

 {2.5, 8.424870128324928*^-19},

 {3, 1.8669684793764027*^-18},

 {4, 5.974472920887905*^-18},

 {5, 1.36578331848679*^-17},

 {6, 2.5538034518523576*^-17},

 {8, 6.222385609317785*^-17},

 {10, 1.1361654705836233*^-16},

 {12, 1.7474084712931175*^-16},

 {15, 2.73992961078807*^-16},

 {20, 4.3302018955382116*^-16},

 {30, 6.680782799096387*^-16},

 {40, 7.997634213159322*^-16},

 {50, 8.649084945486896*^-16}}