Roy Tärneberg scite author profile

The self-diffusion coefficient (D) of silver ions in silver iodide has been measured between 200 °C and 500 °C. The results can be described by the Arrhenius equation D = 16.62 x 10-5 exp (-2190/RT), where R is the gas constant in cal/mode, °K and T the temperature in °K. The standard deviation was 0.12 cm2/s. The results coincide with Tubandt et al.1, whto investigated a small temperature interval around 200 °C.

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Phase diagram, electrical conductivity, and cation diffusion of the system lithium sulphate - zinc sulphate

Lundén

Bengtzelius

Kaber

et al. 1983

Solid State Ionics

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Ion transport in high temperature rotator phase solid electrolytes

Tärneberg¹,

Mellander²

1997

Solid State Ionics

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Electrical conductivity, self-diffusion and phase diagram of lithium sulphate - lithium chloride and lithium sulphate - lithium bromide

Lundén¹,

Mellander²,

Bengtzelius³

et al. 1986

Solid State Ionics

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Roy Tärneberg

Ion diffusion in the high-temperature phases Li2SO4, LiNaSO4, LiAgSO4 and Li4Zn(SO4)3

Self-diffusion of Silver Ions in the Cubic High Temperature Modification of Silver Iodide

Phase diagram, electrical conductivity, and cation diffusion of the system lithium sulphate - zinc sulphate

Ion transport in high temperature rotator phase solid electrolytes

Electrical conductivity, self-diffusion and phase diagram of lithium sulphate - lithium chloride and lithium sulphate - lithium bromide

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