Philosophical Magazine B

Michael Pollak and transport in disordered systems
pp. 813-817(5)
Author: Hunt A. G.

Some challenges—old and new
pp. 819-826(8)
Author: Geballe T. H.

Nonlinear excitations in one-dimensional correlated insulators
pp. 827-846(20)
Authors: Chang C-M.; Neto A.H.C.; Bishop A. R.

Electron-like quasiparticles drive the superconductor–insulator transition in homogeneously disordered thin films
pp. 847-854(8)
Authors: Phillips P.; Dalidovich D.

Route to localization: electrons on liquid helium
pp. 855-858(4)
Authors: Karakurt I.; Dahm A. J.

Transport around criticalities: localization–delocalization and paramagnetic–ferromagnetic transitions
pp. 859-874(16)
Author: Aoki H.

Ac hopping conduction: perspective from percolation theory
pp. 875-913(39)
Author: Hunt A. G.

Generalizated effective-medium approximation for hopping transport in topologically disordered systems
pp. 915-924(10)
Authors: Ganter C.; Schirmacher W.

On the use of separation of scales in the solution of hopping transport problems
pp. 925-940(16)
Authors: Bleibaum O.; Böttger H.; Bryksin V.V.

Percolation and high-frequency hopping in cluster compounds and polymers
pp. 941-954(14)
Authors: Brom H. B.; Michels M. A. J.

On disorder-enhanced diffusion in condensed aromatic melts
pp. 955-964(10)
Authors: Baranovskii S. D.; Cordes H.; Kohary K.; Thomas P.

Degenerate impurity states in hopping conduction
pp. 965-984(20)
Authors: Buczko R.; Janiszewski P.; Stöhr M.; Chroboczek J. A.

Equilibrium carrier mobility in disordered hopping systems
pp. 985-996(12)
Authors: Arkhipov V. I.; Emelianova E. V.; Bässler H.

Conduction in granular metals by hopping via virtual states
pp. 997-1009(13)
Authors: Zvyagin I. P.; Keiper R.

A novel approach to the mechanism of ionic conductivity below and at the ferroelastic phase transition in the zero-dimensional hydrogen-bonded crystals M₃H(XO₄)₂ with (M = Rb or Cs; X = S or Se)
pp. 1011-1019(9)
Authors: Kamimura H.; Watanabe S.

Anomalous diffusion of particles with internal degrees of freedom
pp. 1021-1031(11)
Author: Blumen A.

High-field hopping and 'hopping domains'
pp. 1033-1047(15)
Authors: Aladashvili D. I.; Adamia Z. A.

Coulomb interactions in Anderson insulators
pp. 1049-1064(16)
Authors: Ortuño M.; Talamantes J.; Cuevas E.; Díaz-Sánchez A.

Electron correlation effects at variable-range hopping in doped GaAs, CdTe, Ge and Si
pp. 1065-1081(17)
Authors: Rentzsch R.; Ionov A. N.

Low-temperature conduction and electron interaction in amorphous Si–Ge films
pp. 1083-1091(9)
Author: Ochiai Y.

Two-dimensional variable-range hopping conductivity: influence of the electron–electron interaction
pp. 1093-1103(11)
Authors: Shlimak I.; Pepper M.

Specific heat of the Coulomb glass
pp. 1105-1116(12)
Authors: Möbius A.; Thomas P.; Talamantes J.; Adkins C. J.

Localization and conductance in the quantum Coulomb glass
pp. 1117-1129(13)
Authors: Vojta T.; Schreiber M.

The Coulomb gap: the view of an experimenter
pp. 1131-1151(21)
Author: Zabrodskii A. G.

Granular superconductors and ferromagnets: a proximity-effect-based analogue
pp. 1153-1165(13)
Authors: Frydman A.; Dynes R. C.

Theory of ferromagnetism in (A, Mn)B semiconductors
pp. 1167-1174(8)
Authors: Rajagopal A. K.; Mochena M.; Lin-Chung P. J.

Magnetic properties of partially devitrified Co-based metallic glass under high hydrostatic pressures
pp. 1175-1189(15)
Authors: Záveta K.; Lachowicz H. K.

Green's function formulation of the traversal time and nature of the complex time
pp. 1191-1200(10)
Author: Gasparian V.

Tunnelling escape time of electrons from a quantum well confined by -like barriers
pp. 1201-1208(8)
Authors: Durinyan K.; Petrosyan S.; Bellani V.

Slow dynamics in glassy systems
pp. 1209-1223(15)
Author: Yu C. C.

Electron–electron correlations in non-equilibrium hopping transport
pp. 1225-1235(11)
Author: Ovadyahu Z.

Cooperative transitions in the random energy model for supercooled liquids
pp. 1237-1247(11)
Author: Halpern V.

Equilibrium and non-equilibrium dynamics in random-energy landscapes
pp. 1249-1261(13)
Authors: Maass P.; Rinn B.

Spectral density of vibrational excitations in lattices with force-constant disorder
pp. 1263-1272(10)
Authors: Taraskin S. N.; Elliott S. R.

Soft atomic modes in glasses
pp. 1273-1288(16)
Author: Klinger M. I.

The angular intensity correlation function C₀ for the scattering of light from a one-dimensional randomly rough surface
pp. 1289-1302(14)
Authors: Leskova T. A.; Maradudin A. A.

A model for addition spectra in quantum dots
pp. 1303-1314(12)
Author: Shapiro B.

The cloudy crystal ball: electronic devices for logic
pp. 1315-1330(16)
Author: Keyes R. W.