Two-dimensional hopping conductivity in a SI Khondaker, IS Shlimak, JT Nicholls, M Pepper, DA Ritchie
Physical Review B 59 (7), 4580, 1999
129 1999 An experimental determination of the critical exponents at the metal-insulator transition AN Ionov, IS Shlimak, MN Matveev
Solid state communications 47 (10), 763-766, 1983
91 1983 Method and device for non-contact detection of external electric or magnetic fields I Shlimak, V Sondomirsky, M Levin, A Kozlov
US Patent 6,664,708, 2003
79 2003 Neutron transmutation doping in semiconductors: science and applications IS Shlimak
Physics of the Solid State 41, 716-719, 1999
74 1999 Determination of the critical conductivity exponent for the metal-insulator transition at nonzero temperatures: universality of the transition I Shlimak, M Kaveh, R Ussyshkin, V Ginodman, L Resnick
Physical review letters 77 (6), 1103, 1996
60 1996 Crossover phenomenon for hopping conduction in strong magnetic fields I Shlimak, M Kaveh, M Yosefin, M Lea, P Fozooni
Physical review letters 68 (20), 3076, 1992
56 1992 Isotopically engineered silicon/silicon-germanium nanostructures asbasic elements for a nuclear spin quantum computer I Shlimak, VI Safarov, ID Vagner
Journal of Physics: Condensed Matter 13 (26), 6059, 2001
53 2001 Superconductivity at room temperature in oxidized polypropylene VM Arkhangorodskiǐ, AN Ionov, VM Tuchkevich, IS Shlimak
Soviet Journal of Experimental and Theoretical Physics Letters 51, 67, 1990
53 1990 Is hopping a science?: selected topics of hopping conductivity I Shlimak
World Scientific, 2015
47 2015 A doped highly compensated crystal semiconductor as a model of amorphous semiconductors SM Ryvkin, IS Shlimak
Physica status solidi (a) 16 (2), 515-526, 1973
45 1973 The Influence of Local Potential Fluctuations on the Low‐Temperature Radiative Recombination of Compensated Germanium VP Dobrego, IS Shlimak
physica status solidi (b) 33 (2), 805-809, 1969
43 1969 Temperature-induced smearing of the Coulomb gap: experiment and computer simulation I Shlimak, M Kaveh, R Ussyshkin, V Ginodman, SD Baranovskii, ...
Physical review letters 75 (26), 4764, 1995
40 1995 Fluctuation-stimulated variable-range hopping VI Kozub, SD Baranovskii, I Shlimak
Solid state communications 113 (10), 587-591, 2000
39 2000 Raman scattering and electrical resistance of highly disordered graphene I Shlimak, A Haran, E Zion, T Havdala, Y Kaganovskii, AV Butenko, ...
Physical Review B 91 (4), 045414, 2015
38 2015 Influence of parallel magnetic fields on a single-layer two-dimensional electron system with a hopping mechanism of conductivity I Shlimak, SI Khondaker, M Pepper, DA Ritchie
Physical Review B 61 (11), 7253, 2000
38 2000 Variable‐Range Hopping in Neutron‐Transmutation‐Doped Gallium Arsenide R Rentzsch, KJ Friedland, AN Ionov, MN Matveev, IS Shlimak, C Gladun, ...
physica status solidi (b) 137 (2), 691-700, 1986
38 1986 HOPPING CONDUCTION IN GE BI SHKLOVSKY, IS Shlimak
SOV PHYS SEMICONDUCTORS 6 (1), 104-108, 1972
35 1972 Crossover phenomenon for two-dimensional hopping conductivity and density-of-states near the Fermi level SI Khondaker, IS Shlimak, JT Nicholls, M Pepper, DA Ritchie
Solid state communications 109 (12), 751-756, 1999
34 1999 Localization of charge carriers in monolayer graphene gradually disordered by ion irradiation E Zion, A Haran, AV Butenko, L Wolfson, Y Kaganovskii, T Havdala, ...
arXiv preprint arXiv:1501.04581, 2015
33 2015 HOPPING CONDUCTION IN GERMANIUM-SILICON SOLID SOLUTIONS. BL Gel'mont, AR Gadzhiev, BI Shklovskii, IS Shlimak, AL Efros
Sov Phys Semicond 8 (12), 1549-1553, 1975
30 1975