Results 111 to 120 of about 150,014 (162)
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Electrical Conduction in Chlorpromazine
Nature, 1965WE wish to report some further results on the electrical properties of 10-dimethylaminopropyl-2-chlorophenothiazine, commonly known as chlorpromazine. Previous work1 indicated this substance to be a semi-conductor with an activation energy of 2.1 eV and a d.c. resistivity of 1.3 × 1011 ohm-cm at 16° C.
F, Gutman, H, Keyzer
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Electrical Conductivity of Graphite
Journal of the Physical Society of Japan, 1963Theoretical calculations are given for the electrical conductivity of graphite in the hexagonal layer planes. The resistivity increases with temperatures as T 1.2 between 25°K and 77°K. In the long wave-length limit, the lattice vibrations of graphite are approximatly grouped into two modes, polarization being in the layer plane in model 1, and ...
Sugihara, Ko, Sato, Hisanao
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Electrical Conductivity of Proteins
Nature, 1962THERE has been considerable speculation in recent years on the nature of the current carriers in electrical conductivity of proteins. Up to 1943, the prevailing opinion was that the conductivity of proteins with adsorbed water was ionic. Then Baxter1 suggested that his results were more consistent with an electronic conduction mechanism both in the dry
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The electrical conductivity of solution-processed nanosheet networks
Nature Reviews Materials, 2021Adam G Kelly +2 more
exaly
Phonon-engineered extreme thermal conductivity materials
Nature Materials, 2021Xin Qian, Jiawei Zhou, Gang Chen
exaly
A solution-processed n-type conducting polymer with ultrahigh conductivity
Nature, 2022, Xugang Guo, Pei Jian
exaly
1997
The migration of colloidal soil particles in an applied electric field has been discussed in Chapter 7. Soil particles carrying electric charges invariably adsorb equivalent amounts of ions of the opposite charge. Generally there is a certain amount of free ions present in soil solution.
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The migration of colloidal soil particles in an applied electric field has been discussed in Chapter 7. Soil particles carrying electric charges invariably adsorb equivalent amounts of ions of the opposite charge. Generally there is a certain amount of free ions present in soil solution.
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