By D. J. Fisher
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Extra info for A Directory of Arrhenius Parameters: Non-metals
The results could be described by: Defect and Diffusion Forum Vol. Sher: Journal of Applied Physics, 1969, 40, 2600-7  Ge: Li Diffusion The diffusive behavior of Li was studied at 300 to 550C, under hydrostatic pressures of up to 45kbar. Curtin: Physical Review B, 1972, 5, 4849-56  Ge: Li Diffusion The diffusive behavior of Li was studied at 625 to 1125C. Ditzenberger: Physical Review, 1953, 91, 193  Ge: Li Diffusion The diffusive behavior of 6Li was studied at 50 to 150C.
5 x 10-12cm2/s. 24. This value was nearly equal to, or slightly lower than, the isotope effect for self-diffusion in Ge. Dorner: Philosophical Magazine A, 1986, 54, 539-51  Ge: Ge Diffusion Self-diffusivity in single crystals was studied at 822 to 1163K by using 71Ge radiotracer and sputtering-sectioning. 14(eV)/kT] Self-diffusion at 870 and 894K was also measured in Ga-doped and Sb-doped samples. It was found that the diffusivity was higher in n-type material and lower in p-type material, when compared with intrinsic material.
Cherednichenko: Fizika Tverdogo Tela, 1970, 12, 1292-4  Ge: Sb Diffusion The diffusive behavior of Li was studied at 600 to 800C. Dunlap: Physical Review, 1954, 94, 1531  Ge: Sb Diffusion The diffusive behavior of Li was studied at 700 to 900C. 86(eV)/kT] Defect and Diffusion Forum Vol. Nishizawa: Reports of the Research Institute for Electronic Communications of Tohoku University, 1971, 22, 63-87  Ge: Sb Diffusion The diffusive behavior of Li was studied at 600 to 800C. Fuller: Physical Review, 1952, 86, 136  Ge: Sb Diffusion Diffusion in In-doped and In-free n-type single crystals was studied at 750 to 850C.
A Directory of Arrhenius Parameters: Non-metals by D. J. Fisher