remark 23.51 Where the expansion breaks, and what is owed

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remark 23.51: Where the expansion breaks, and what is owed23.51proposition 9.65: Validity criterion9.65theorem 9.72: Connection formulae9.72proposition 23.57: The wave resolution at a turning surface23.57definition 9.64: Reduced de Broglie wavelength9.64equation 9.64: eq:slt-wkb-series9.64proposition 9.61: Eikonal and transport equations9.61example 9.82: Checking the validity criterion for the barrier above9.82remark 23.50: The dictionary completed23.50proof : ch:07-odes-sturm-liouville@proof-34proofcorollary 9.62: The semiclassical wave9.62equation 9.79: eq:slt-wkb-airy-ai9.79equation 9.80: eq:slt-wkb-airy-bi9.80equation 9.76: eq:slt-wkb-airy-equation9.76equation 9.74: eq:slt-wkb-airy-scale9.74postulate A.795: Matching, quotedA.795proposition 23.56: The phase jump at a fold23.56proposition 9.74: Connection at a turning point of odd order9.74theorem 9.78: Semiclassical quantisation of a well9.78theorem 9.76: Semiclassical transmission through a barrier9.76proof : ch:07-odes-sturm-liouville@proof-37prooftheorem 9.70: Asymptotics of the Airy functions9.70remark 23.58: The caustics that are not turning surfaces23.58remark 23.59: What is observed23.59proof : ch:06-hamilton-jacobi@proof-20proof

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depends_on Validity criterion declared parts/03-classical-mechanics/06-hamilton-jacobi.tex:1762
depends_on Connection formulae declared parts/03-classical-mechanics/06-hamilton-jacobi.tex:1762
depends_on The wave resolution at a turning surface declared parts/03-classical-mechanics/06-hamilton-jacobi.tex:1945