Barrier transmission coefficient and conserved flux
Exact boundary solution for equal exterior parameters, real potential and 0<E<V₀. z,D abbreviate 5.3.34; Rrefl is reflectance, not core radius. Complex exponential superposition carries flux.
Based on the final manuscript · Chapter 5
Exact boundary solution for equal exterior parameters, real potential and 0<E<V₀. z,D abbreviate 5.3.34; Rrefl is reflectance, not core radius. Complex exponential superposition carries flux.
Chapter reference: Ch. 5 (5.3.32)–(5.3.35) · ASD-BOOK-ddbade997b45
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Ch. 5 (5.3.32)–(5.3.35)
Exact boundary solution for equal exterior parameters, real potential and 0<E<V₀. z,D abbreviate 5.3.34; Rrefl is reflectance, not core radius. Complex exponential superposition carries flux.
Conditions retained in this adoption
- Selected channel and stated initial/boundary conditions; action/energy matching retained
- Continuum, slow-envelope and detector approximations kept at their respective levels
Source locators: p1984 · p1993 · p1995 · p1997 · p2000 · p2008 · p2012
Manuscript SHA-256: ddbade997b45913248e588953b1d27ccb9c7c206c3c8d992d3aef2364a64836e
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Previous source, retained as history
QM-0accdcbe7725 · Ch. 5 (5.3.32)–(5.3.35)
Dependencies
algebraEnvelope boundary problem for a rectangular barrierASD-WEB-QM-030Uses of this equation
Subsequent equationAbove-barrier and threshold checksASD-WEB-QM-032DocumentOP-QM-005 · Core–Field Coupling in TunnelingDocumentTunneling: Effective Transmission and Core Transport