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This paper presents the idea of using the mobility of carriers and contacts between mobile devices for wireless messaging.
A coulometric titration method was used to estimate the charge carrier concentrations, and the mobility of carriers was obtained on combining the results of conductivity and concentration.
The resulting nitrogen chemical moieties influence the electronic transport by affecting the mobility of carriers and consequently increasing the electron transfer kinetics, which provide localized chemical reactive sites.
Hall effect measurements indicate that the ferecrystal is a p-type metal and that the higher conductivity is a consequence of higher mobility of carriers in the ferecrystalline compound.
The mobility of carriers is too low to be detected.
At lower temperature, the mobility of carriers is decreased.
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These cracks could hinder the mobility of carrier and deteriorate the performance of device.
Since the segmental motion of the matrix considerably affects the mobility of carrier ions, the ionic conductivity is a maximum when the Tg of matrix is a minimum.
where μeh is the mobility of carrier, and ρeμ x,t) and ρhμ x,t) are the densities of the mobile electrons and holes, respectively.
Carrier concentration and mobility of charge carriers estimated from the Hall measurements were found to be 19.43×1020 cm−3 and 2.01 cm2 V−1 s−1 respectively.
With increasing this ratio, the concentration of charge carriers remains unchanged, the mobility of charge carriers decreases, and conductivity passes through a maximum at a ratio of 1 2.
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