Electrical conductivity of the compounds (CH2)n(NH3)2FeCl4−xBrx (n = 8,9 and 10, x = 0,1 and 2)

Temperature Dependence of the Electrical Conductivity of Cyclodiphosph(V)azane Derivative and Its Copper (II) Complex

“…The temperature of the samples were measured constant on copper thermocouple placed close to the sample by using the potential probe method. 8 All measurements were performed under atmospheric pressure in presence of nitrogen inert gas. The samples were the form of pellets pressed at 4 tons/cm 2 , diameter ∼ = 10 mm and thickness 1-2 mm, coated with silver paint (BDH) and checked several times for good contact.…”

“…1−7 The electrical conductivity of different complexes of organic phosphorus compounds and their properties to the chemical structure have been investigated. 8,9 In the present work, D. C. conductivity properties of new synthesized cyclodiphosph(V)azane with 5-amino-4-cyano-3-methylthio-pyrazo-1-ylmethyl carbodit-hioate and its copper (II) complex, as well as relating these properties to the chemical structure, have been carried out. SCHEME 1 Molecular configuration of the ligand (1,3-diphenyl-,2,2, ,4,4-tetrachloro-bis(5-imino-4-cyano-3-methylthiopyrazo-1-yl-methylcarbodithioate) cyclodiphosph(V)azane.…”

Electrical conductivity and phase transition studies of some selected Congo red-metal complexes

“…The d.c. conductivity of the anhydrous samples was measured in an evacuated glass cell using th potential drop method [10,11]. The temperature of the samples was measured using a Ni-NiAI thermocouple calibrated in the range 350-750 K, with a digital mutimeter (DEL-JAP, HC-5010 EC).…”

Studies on the Chelation of Cyclodiphosph(V)azane Complexes of Co(II), Ni(II), Cu(II), and Pd(II): Preparation, Characterization, Thermal, Solid State Electrical Conductivity, and Biological Activity Studies

“…The conductivity cell used was the same as that reported in the literature. 37 The electrical conductivity was measured in the temperature range 30-150 • C. The activation energies were calculated using the equation σ = σ • exp (−E/2 kT).…”