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26. Hodgdon, Russell; and Walte, Warren A.: Anion Permselective Membrane. 00E/NASA/0204-1, NASA CR-167872, 1982. 27. OIDonnell, Patricia M.; Sheibley, Dean W.; and Gahn R.: Anion Exchange Membrane f o r Electrochemical Oxidation-Reduction Energy Storage System. ERDA/NASA/1002-77/2, NASA TM-73751, 1977. 28. Ling, J e r r l S.; and Charleston, JoAnn: Advances I n Membrane Technology for the NASA Redox Energy Storage System. DOE/NASA/l2726-12, NASA TM-82701, 1980. 29. Thaller, L.: Recent Advances in Redox Flow Cell Storage Systems. ;-weedings of the Fourteenth Intersociety Energy Conversion Engineering Conference, American Chemical Society, 1979, pp. 715-719. 30. Hagedorn, Norman H.: NASA Preprototype Redox Storage System f o r a Photovoltaic Stand-Alone System. Proceedings o f the Sixteenth Intersociety Energy Conversion Engineering Conference, American Society o f Mechanical Engineers, 1981, pp. 805-811. 31. Michael, Kenneth; and Hall, Gene: Cost Projection for Redox Energy Storage Systems. (FRC-1784, United Technologies Corp; NASA Ccntract DEN3-126.) DOE/NASA/0126-1, NASA CR-165260, 1980. 32. Ammann, Paul; Loreth, Michael; and Harvey, W. W.: Study to Establtsh Cost Predictions for the Production of Redox Chemicals. (CRA-605, Charles River Associates; NASA Contract DEN3-251.) OOE/NASA/0251-1, NASA CR-167882, 1982. 33. Walther, J. F., et al.: Study to Establish Cost Projections for Production of Redox Chemicals. DOE/NASA/0250-1, NASA CR-167861, 1982. 34. Johnson, David; and Reid, Hargaret: Chemical and Electrochemical Behavior of the Cr(III)/Cr(II) Half Cell ln the NASA Redox Energy Storage System. DOE/NASA/12726-17. NASA TM-82913, 1982. 35. Gahn, R. E.; Johnson, J. A.; and Ling, J. S.: Single Cell Testing of the NASA Fe/Cr Redox System a t Elevated Temperature. Extended Abstracts, Vol. 82-2, Electrochem?cal Society, 1982, pp. 407-408. 36. Gahn, Randall; Hagedorn, Norman; and Ling, Jerri S.: Single Cell Performance Studies on the Fe/Cr Redox Energy Storage System Using Mixed Reactant Solutions at Elevated Temperature. Proceedings of the Eighteenth Intersociety Energy Conversion Engineering Conference, American Institute o f Chemical Engineers, 1983, pp. 1647-1652. 37. Ling, J. S.: Evaluation of Developmental Membranes for the Iron Chromlum Redox System. Prepared for the 166th Meeting of the Electrochemical Society, New Orleans, LA, Oct. 7-12, 1984.PDF Image | NASA Redox Storage System Development Project
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