Ames W.F., Harrel E.M., Herod J.V. (editors). Differential Equations with Applications to Mathematical Physics
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350
Index
spin
143,156,222,227-229,313,
w
319, 322
WKB
method
9
stability, asymptotic
274
stability, linearized
274
solution
162
stabilization
239,241,26lff,
335,
336, 343, 346
star, neutron
221, 222, 228
Steffensen, inequalities
53-55
structural damping, see damp-
substitution
13ff
surface, basin
252
symmetry
approximation
158, 159
ing
classical
249-252
computer calculation
nonclassical
250, 251, 254
T
Thomas-Fermi theory,
141fF, 221,
223, 224, 231, 232
trace(s)
6, 14, 15, 17, 19, 20,
65, 103, 107, 134, 240,
2
79
trajectory, classical
26
tube, elastic
87-90, 96
tunneling
Iff
U
uniqueness
55, 71, 74, 79, 128,
upper bound
9,
18,
33,
35,
38,
148
66, 73, 170, 174
V
Volterra integral equation
51
Mathematics in Science and Engineering
Edited by Willliam F. Ames,
Georgia Institute of Technology
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