Index O
-
oblate spheroidal coordinates
§30.14(i)
- Laplacian §30.14(iii)
- metric coefficients §30.14(ii)
-
Olver’s algorithm
- difference equations Table 3.6.1, §3.6(v)—§3.6(v)
- Olver’s associated Legendre function §14.21(i), §14.3(ii)
- Olver’s confluent hypergeometric function §13.1
- Olver’s hypergeometric function §14.3(i), §15.1
- OP’s, see also orthogonal polynomials.
- open disks around infinity §1.9(iv)
- open point set §1.6(iv), §1.9(ii)
-
optical diffraction
- Struve functions §11.12
-
optics
- canonical integrals §36.14(ii)
-
Orr–Sommerfeld equation
- Airy functions §9.16
-
ortho-normality relation
- eigenfunctions §1.18(viii)
- orthogonal matrix polynomials §18.36(iv)
-
orthogonal polynomials, see also OP’s.
- classical, see classical orthogonal polynomials.
- complex §3.5(viii)
- corecursive §18.30(vi)
- denominator §18.30(vi)
- general, see general orthogonal polynomials.
- multiple §18.36(iii)
- nonsymmetric §18.38(iii)
- numerator §18.30(vi)
- Painlevé transcendents §32.15
- relations to confluent hypergeometric functions §13.18(v), §13.6(v)
- relations to hypergeometric function §15.9(i)—§15.9(i)
- semi-classical §18.2(xii)
- Sobolev §18.36(ii)
- orthogonal polynomials associated with root systems §18.37(iii)
- orthogonal polynomials on the triangle §18.37(ii)
- orthogonal polynomials on the unit circle, see polynomials orthogonal on the unit circle.
- orthogonal polynomials with Freud weights §18.32
-
oscillations of chains
- Bessel functions §10.73(i)
-
oscillations of plates
- Bessel functions §10.73(i)
