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Contact-induced continuous electricity generation by ion-electron positive feedback coupled transport for self-powered ionic touch panel. [PDF]

Microsyst Nanoeng
Shang K, Fang J, Pu X, Wang P, Chen Y, Liu H, Zhang N, Hao J, Zhang Y, Yu B, Qian L, Yang T.   +11 more
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Electrical transport properties of CdTe:Sb films

Crystal Research and Technology, 1987
AbstractHall coefficient and dc conductivity measurements are made on p‐type CdTe:Sb films grown by vacuum evaporation technique on glass substrate. The grain boundary potential barrier, which is found mainly to limit the mobility of carriers is calculated as a function of film thickness.
K. J. Pratap, M. Nagabhushanam, A. Balakamaiah, V. Haei Babu   +3 more
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Electrical transport properties of USbSe and USbTe

Journal of Alloys and Compounds, 2005
AbstractFor Abstract see ChemInform Abstract in Full Text.
D. Kaczorowski, A. P. Pikul, A. Zygmunt
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Electrical transport properties of Dy0.5Gd4.5Si2Ge2

Physica B: Condensed Matter, 2006
Abstract Polycrystalline, Dy0.5Gd4.5Si2Ge2 compound (monoclinic, space group P21/a) has been synthesized and characterized. This compound orders ferromagnetically at ∼210 K (TC) followed by an antiferromagnetic-like transition at ∼21 K (TN). The electrical resistivity, ρ, follows T2 law in the ferromagnetically ordered state indicating the presence ...
R. Nirmala, V. Sankaranarayanan, K. Sethupathi, A.V. Morozkin, Y. Yamamoto, H. Hori   +5 more
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Electrical Transport Properties in a Superlattice

Journal of Applied Physics, 1970
Boltzmann's equation is solved for electrons in a one-dimensional superlattice under the influence of a uniform electric field; an energy independent scattering time and nonspherical energy bands are assumed. The current density-electric field characteristic shows negative differential conductivity at fields of 103−104 V/cm independent of the detailed ...
Paul A. Lebwohl, Raphael Tsu
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Electrical transport properties of CuWO4

Pramana, 1980
The temperature dependence of the electrical conductivity, thermoelectric power and dielectric constant of the antiferromagnetic CuWO4 have been studied in the temperature range 300–1000 K. The conductivity results can be summarised by the equations σI=6.31 × 10−3 exp (−0.29 eV/kT) ohm−1 cm−1 in the temperature range 300–600 K and σII=3.16 × 105 exp ...
R Bharati, R Shanker, R A Singh
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Electrical transport properties of YPd5B3C0.3

Synthetic Metals, 1995
Abstract We have measured the electrical resistivity and the thermoelectric power (TEP) of a superconducting intermetallic compound, YPd 5 B 3 C 0.3 , as a function of temperature between 4K and 300K. The bulk sample was prepared by arc-melting. The electrical resistivity shows quasi linear temperature dependence and drops sharply to zero showing the
CHOI, YS, LEE, DJ, PARK, YW
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Magnetic and electrical transport properties of

Superconductor Science and Technology, 1997
is relatively easily synthesized at temperatures between and for . Magnetization curves show that the strongest Meissner signal and highest occur for x = 1.0, with an intragrain for the material of the order of at 4 K and low field. is found to be the smallest for the x = 1.0 composition with and for the applied field orientation along the ab ...
T P Beales, J D Johnson, J M Parberry
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