## Solid State Physics: Supplement, Issue 10 |

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### Contents

Introduction | 1 |

Models of the Barrier Hamiltonian | 14 |

The IndependentElectron Theory of Tunneling | 30 |

Copyright | |

7 other sections not shown

### Common terms and phrases

analysis Appl approximation associated band barrier penetration probability barrier potential barrier-penetration conductance conduction band contribution coupling defined degenerate denoted dependence describe diagram dispersion relation effects eigenstates Eksperim elastic tunneling electron-phonon energy gap English Transl equation evaluation excitation experimental data factor Fermi energy free-electron germanium given by Eq Green's functions Hamiltonian illustrated in Fig inelastic insulator integral interface Josephson Josephson effect left-hand electrode Letters line shape magnetic field many-body measurements mechanism metal metal-insulator-metal junctions metal-insulator-semiconductor metal-semiconductor contacts metal-vacuum model calculations observed obtained one-electron oxide p-n tunnel diodes p-type P. W. Anderson pair paramagnetic parameters peak perturbation theory perturbation-theory phenomenological phonon emission phonon-assisted tunneling predictions qualitative quasi-particle self-energy semiconductor semimetal shown in Fig solid Soviet Phys space-charge superconducting electrodes superconductors supercurrent Teor tunnel junction tunneling characteristics tunneling current tunneling electron tunneling process uniform-field model valence band values vertex vertex function voltage zero bias zero temperature