The effect of temperature on the dc conductivity of nanoporous zeolite is described. The resistivity decreased from 2.34×10~(10) to 2.17×10~8 Ω·m when the temperature increased from 28 to 800 K which was associated with the ionic mobility. Ⅰ-Ⅴ characteristics obtained with different experimental methods show that new mixed transport mechanisms occur when zeolites are used as a cathode in gas discharge electronic devices.
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