The electrical conductivity of the binary fused salt systems AgNO3+ KNO3 and AgNO3+ LiNO3

Molten salts :

“…Lithium Nitrate [Refer: Five investigations of the specific conductance for molten LiNCL have been reported [26,93,116,194,224]. The tabulated values were calculated from the quadratic equation reported by King and Duke [116] (558 to 653 °K).…”

Electric Conductivity of Fused LiNO[sub 3]-NaNO[sub 3]-KNO[sub 3] Eutectic

“…This concentration was high enough to give stable, nonpolarized electrodes, yet low enough to introduce no significant error in conductivity by virtue of the contribution of AgNO3 itself. The specific conductivities of AgNO3 in LiNO~ (5) and in KNOB (5,6) solutions are nearly additive. One may assume additivity also to occur in AgNO3-LiNOs-NaNO3-KNO~ melts; 0.0056M AgNO3 will lead to a conductivity value which is too high by 0.00015 -1 cm -1 at 250~ This assumption was checked by measuring the specific conductivity of 0.0056M AgNO3 in an equimolar…”

Density, Electrical Conductivity, and Viscosity of Manganese (II) Chloride and Tetra‐n‐Butylammonium Halides

“…Densities, electrical conductances, and viscosities of these samples were measured as functions of temperature (range: 373~176 and composition (-range: ,~5-~30 m/o of Mn 2.) using pycnometer (15) of 0.005 ml divisions, Philips PR 9500 model conductivity bridge along with a capillary-type cell (16,17) of high cell constant (cell constant -= 758.50 cm -z at 25~ and calibrated Cannon-Ubbelohde viscometer (18,19) (viscometer constant _._= 6.26 cSt/sec), respectively.…”