Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jan. - 31 Mar. 1970

Fuel cell studies on reversibility of organic reactions, oxygen dissolution reaction, and organic adsorption on zinc electrodes of silver zinc batterie

Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Apr. - 30 Jun. 1970

Oxygen dissolution reaction, activation energy values, and dendrite growth inhibition in fuel cell chemistr

Studies of the fundamental chemistry, properties, and behavior of fuel cells semiannual progress report, 1 mar. - 30 sep. 1964

Chemical reactions, catalytic activity, and electrode behavior in fuel cell

Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jul. - 30 Sep. 1969

Electrocatalysts, dendritic deposition of zinc from alkaline solution, reversibility of organic reactions with platinum and gold electrodes, ion adsorption, and related studies on fuel cell

Research and development program for a combined carbon dioxide removal and reduction system. Supplement 1, phase 2a - Physicochemical properties of lithium chloride lithium carbonate melt mixtures

Physiochemical properties of liquid mixtures of lithium chloride and lithium carbonat

Transient electrophoretic current in a nonpolar solvent

The transient electric current of surfactants dissolved in a nonpolar solvent is investigated both experimentally and theoretically in the parallel-plate geometry. Due to a low concentration of free charges the cell can be completely polarized by an external voltage of several volts. In this state, all the charged micelles are compacted against the electrodes. After the voltage is set to zero the reverse current features a sharp discharge spike and a broad peak. This shape and its variation with the compacting voltage are reproduced in a one-dimensional drift-diffusion model. The model reveals the broad peak is formed by a competition between an increasing number of charges drifting back to the middle of the cell and a decreasing electric field that drives the motion. After complete polarization is achieved, the shape of the peak stops evolving with further increase of the compacting voltage. The spike-peak separation time grows logarithmically with the charge content in the bulk. The time peak is a useful measure of the micelle mobility. Time integration of the peak yields the total charge in the system. By measuring its variation with temperature, the activation energy of bulk charge generation has been found to be 0.126 eV.Comment: 7 pages, 5 figure

Studies in fundamental chemistry of fuel cell reactions, appendix A Semiannual progress report, Jul. 1 - Dec. 31, 1967

Electrocrystallization of deposited zinc in dendritic form in operation of silver zinc and zinc air batterie

Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jul. - 30 Sep. 1970

Oxygen dissolution reaction in fuel cells and properties of metal electrode

Studies in fundamental chemistry of fuel cell reactions Quarterly progress report, 1 Oct. - 31 Dec. 1965

Studies in fundamental chemistry of fuel cell reaction

Studies in fundamental chemistry of fuel cell reactions Semiannual progress report, 1 Jan. - 30 Jun. 1968

Ion adsorption mechanism and electrochemical energy conversion on fuel cell electrod