201st Meeting - Philadelphia, PA
May 12-17, 2002
PROGRAM INFORMATION
B1 - Battery/Energy Technology Joint General Session
Battery/Energy Technology
Monday, May 13, 2002
Conference Room 304, Level 3
Co-Chairs: T. Fuller and E. Takeuchi
Time | Abs# | Title |
10:00 | 85 |
Surface Film Formation on LixMn2O4 Electrodes - T. Eriksson (Lawrence Berkeley National Laboratory), A. Andersson
(Uppsala University), C. Gejke (Chalmers University of Technology), T.
Gustafsson, and J. Thomas (Uppsala University) |
10:20 | 86 |
Layered Li(Mn_0.5-xNi0.5-yM'x+y)O2 (M'=Al,Ti) Cathode Materials for Rechargeable Lithium Batteries - S.-H. Kang, J. Kim,
M.E. Stoll (Argonne National Laboratory), Y.-K. Sun (Hanyang University), and K. Amine
(Argonne National Laboratory) |
10:40 | 87 |
Properties of Lithium-Manganese Oxide Thin Films Prepared by a Two Step Process -
K.R. Murali, M. Prabhakar, and P. Diwakar (Central Electrochemical Research Institute) |
11:00 | 88 |
NMR Study of Lithium Intercalation in LixV2O5 Electrodes -
Z.R. Ma (National High Magnetic Field Laboratory), P. Moss (Florida State University),
R.Q. Fu (National High Magnetic Field Laboratory), G. Au, E. Plichta (U.S. Army Communications), and J.P. Zheng (Florida State University) |
11:20 | 89 |
Lithium Batteries with Organic Radical Cathodes - K. Nakahara, S.
Iwasa, J. Iriyama, Y. Morioka, M. Suguro, and M. Satoh (NEC Corporation) |
11:40 | 90 |
A Novel Carbonaceous Combustion Method to Synthesize LiMeVO4 Compounds(Me= Mn, Co) - K.
Nallathambi, P. Periasamy, T. Rameshbabu, N. Renganathan, N. Muniyandi, and M. Raghavan (Central Electrochemical Research Institute) |
Co-Chairs: T. Fuller and E. Takeuchi
Time | Abs# | Title |
1:40 | 91 |
Oxidation fo Methanol in Alkaline Solution - K. Scott, E. Yu (University of Newcastle upon Tyne), and R. Reeve
(QinetiQ Ltd) |
2:00 | 92 |
SiO_x Impregnated Electrodes in PEM Fuel Cells for Improved High-Temperature Perfomance - L. Krishnan, C.A.
Marozzi, K.T. Adjemian, A.B. Bocarsly, and S. Srinivasan (Princeton University) |
2:20 | 93 |
Electro-oxidation of Methanol on Pt-Based Catalysts in 7 M H_3PO4 - B.
Borresen, F. Seland, G. Hagen, and R. Tunold (Norwegian University of Science and Technology) |
2:40 | 94 |
Preparation of Ion Exchange Polymer and Porous Ceramic Matrix Composite Membrane for Direct Methanol Fuel Cell - K.
Kanamura, T. Mitsui, T. Morikawa, and Y.H. Rho (Tokyo Metropolitan University) |
3:00 | 95 |
Zr(HPO4)2-Nafionu Composite Membranes for Direct Methanol Fuel Cells - Y.
Si, J.-C. Lin, J. Fenton, and R. Kunz (University of Connecticut) |
3:20 | 96 |
Ionic Conductivity and Methanol Permeability of Modified Nafion Membranes - H.
Kabumoto, H.R. Kunz, and J.M. Fenton (University of Connecticut) |
3:40 | 97 |
Characteristics Of Small Formic Acid Fuel Cells - C. Rice, S. Ha, R.
Masel, P. Waszczuk, T. Barnard, and A. Wieckowski (University of Illinois at Urbana-Champaign) |
4:00 | 98 |
Sustained Potential Oscillations in PEM Fuel Cell with PtRu as Anode Catalyst - J. Zhang and R. Datta (Worcester Polytechnic Institute) |
4:20 | 99 |
Methanol Tolerant Cathodes for Fuel Cell - K. Scott, W. Yuan, and H. Cheng (University of Newcastle Upon Tyne) |
4:40 | 100 |
Zirconium Hydrogen Phosphate in Nafion Membrane and Catalyst Layers for PEMFCs - M. Yamashita (Toyobo Research Center Co., Ltd.), S. Kim (Agency for Technology and Standards), C. Yang, S.
Srinivasan, and A. Bocarsly (Princeton University) |
5:00 | 101 |
Water Uptake and Conductivity of Composite Membranes Operating at Reduced Relative Humidity - C. Yang, S. Srinivasan (Princeton University), J.
Benziger, and A. Bocarsly (Princeton University) |
5:20 | 102 |
Integrity and Interfaces of Membrane and Electrodes Assembly: Influence on Polymer Electrolyte Fuel Cell performance - S. Gamburzev and
A.J. Appleby (Texas A&M University) |
Tuesday, May 14, 2002
Co-Chairs: M. Perry and E. Takeuchi
Time | Abs# | Title |
8:00 | 103 |
On the Effects of Al& B Substitution in LiNiO2 - K.
Palanichamy, K. Nallamuthu, and M. Nachi (Central Electrochemical Research Institute) |
8:20 | 104 |
Chemical and Structural Instabilities of LiCoO2 cathodes at Deep Lithium Extraction - A. Manthiram and V. Sivaramakrishnan (University of Texas at Austin) |
8:40 | 105 |
An AC Impedance Spectroscopic Study Of LixCoO2 at Different Temperatures - F. Croce ('La
Sapienza' Roma University), B. Scrosati (La Sapienza), R. Marassi, F. Nobili, and R. Tossici (University of
Camerino) |
9:00 | 106 |
The Structure and Stability of the Layered LixTyM1-yO2(T=Ni, Cr, Fe M=Co, Mn) system Using Molecular Dynamics - S.
Seong, J. Seo, S.S. Park (Soong-Sil University), S.D. Hong (Seoul National University), and
K.T. No (Soong-Sil University) |
9:20 | 107 |
Sub-micrometer LiMn2O4 Prepared by a Sol-gel, Spray-Drying Method - C. Wan, Y.
Nuli, M. Yan, and Z. Jiang (Fudan University) |
9:40 | 108 |
Li2CuO2 as an Additive in Positive Electrodes of Lithium Cells - G.
Vitins, E. Raekelboom, M. Weller, and J. Owen (University of Southampton) |
10:00 | 109 |
Benchmarking Material's Safety in the Li-ion Battery Industry - Cathodes - P.
Onnerud, J. Shi, R. Chamberlain, S.K. Singh, P. Ralbovsky, B. Barnett, and C.
Lampe-Onnerud (Arthur D. Little, Inc.) |
10:20 | 110 |
Amorphous Iron Oxide as a New Lithium Intercalation Cathode - J. John
Xu, G. Jain, and J. Yang (Rutgers) |
10:40 | |
Thirty-Minute Intermission - |
Co-Chairs: M. Perry and E. Takeuchi
Time | Abs# | Title |
1:40 | 111 |
Controlled Surface Oxidation of LK-702 Graphite Anode Material Using CO_2 - K. Takeuchi, A. Marschilok
(SUNY at Buffalo), S. Davis, R. Leising, and E. Takeuchi (Wilson Greatbatch Technologies Inc.) |
2:00 | 112 |
Performance Characteristics of Lithium Ion Cells based on gamma-LiV2O5 - J.
Swoyer, Y. Saidi, and J. Barker (Valence Technology, Inc.) |
2:20 | 113 |
Improved Performance of Surface/Chemically Modified LiMn2O4 Cathodes - A.M. Kannan and A. Manthiram (University of Texas at Austin) |
2:40 | 114 |
Multi-cycle Operations for Lithium Extraction-insertion in the Spinel Manganese Oxide Adsorbents - H.-I. Chen, M.-J. Lo, and Y.-Y. Lin
(NCKU) |
3:00 | 115 |
A Study on Enhanced Structural Stability and Cyclability of Al-Dpoed Spinel LiMn2O4 - Z.
Wei, Y. Shenglu, Z. Shengtao, P. Fusheng, and H. Zongqing (Chonqing University) |
3:20 | 116 |
Physical and Electrochemical Characterization of Layered Oxide Materials for High Power Application - J. Kim, S.-H. Kang, I.
Belharouak, N. Patel, J. Liu, C. Chen, M. Stoll, and K. Amine (Argonne National Laboratory) |
3:40 | 117 |
New Solid Inorganic and Polymer Electrolytes. Non-Contact Methods of Investigation of their Conductivity - E.
Shembel, P. Novak, V. Redko, V. Khandetsky, T. Pastushkin, O. Chervakov, Y. Kalynushkin (Ener1, Inc.), O.
Kolomoyets, A. Kvasha, A. Balakin, and P. Grebenkin (Ukrainian State Chemical Technology University) |
4:00 | 118 |
Effect of Fumed Silica on Mechanical Properties and Ionic Conductivity of PMMA Gel Electrolytes - J. Ding, S.
Wunder, and S. Wunder (Temple University) |
4:20 | 119 |
AuNi2Sn4 with R3m Space Group as a Model for Ternary Alloy Anodes for Rechargeable Lithium Batteries - A.
Torgersen, A. Nazri, and D. Curtis (University of Michigan) |
4:40 | 120 |
Antimony-Based Intermetallics as New Anode Materials for Lithium Batteries - H. Inagaki and N. Takami (Toshiba Corporation) |
5:00 | 121 |
Properties of Lithium Vanadium Phosphate As a Cathode Material for Lithium-ion Batteries - J.
Swoyer, M.Y. Saidi, J. Barker, G. Adamson, and H. Huang (Valence Technology, Inc.) |
5:20 | 122 |
Benchmarking Graphite Materials Used as Anodes in Lithium-Ion Batteries - P.
Onnerud, J. Shi, S.K. Singh, R. Chamberlain, B. Barnett, and C. Lampe-Onnerud (Arthur D. Little, Inc.) |
5:40 | 123 |
The Thermal Impedance Spectroscopy on Li-Ion Batteries Using Heat-Pulse Response Analysis - E.
Barsoukov, H. Lee, and H. Lee (Korea Kumho Petrochemical Co., Ltd.) |
Wednesday, May 15, 2002
Co-Chairs: T. Fuller and E. Takeuchi
Time | Abs# | Title |
8:00 | 124 |
Characterization of Pt/C Obtained from Synthesized Pt(NH_4)2Cl6 Supported on Carbon Black with Different Treatments - J. Verde-Gomez,
V.H. Ramos-Sanchez, G. Alonso-Nunez, and A. Keer-Rendon (Centro de Investigacion en Materiales
Avanzados) |
8:20 | 125 |
Toward Low-Cost Proton Exchange Membranes: Challenges and Commercial Opportunities - G. Wnek (Virginia Commonwealth University), S.
Ehrenberg, and J. Serpico (Dais-Analytic Corp.) |
8:40 | 126 |
Steady State Water Model for Polymer Electrolyte Membrane Fuel Cells - S.
Tulyani, J. Moxley, and J. Benziger (Princeton University) |
9:00 | 127 |
Experimental Study of Transient Response for a PEMFC - S. Kim, W.-K. Lee, S.
Shimpalee, and J. Van Zee (University of South Carolina) |
9:20 | 128 |
Temperature Programmed Desorption Studies of Electrocatalyst Layers for PEMFCs - A. Leavitt (State University of West Georgia) and P. Faguy
(MicroCoating Technologies) |
9:40 | 129 |
Experimental Investigation of Spatial-Temporal Current Distribution in the Cathode of a PEM Fuel Cell using Segmented Electrodes - D. Natarajan and T. Nguyen (The University of Kansas) |
10:00 | 130 |
A New Diagnostic Tool for Liquid Water Management in PEM Fuel Cells Using Interdigitated Flow Fields - W. He and T. Nguyen (The University of Kansas) |
10:20 | 131 |
La0.8Sr0.2CoO3 Coated Nickel Cathodes for Molten Carbonate Fuel Cells - P.
Ganesan, H. Colonmer, B. Haran, B. Popov, and R. White (University of South Carolina) |
10:40 | |
Thirty-Minute Intermission - |
Co-Chairs: T. Fuller and E. Takeuchi
Time | Abs# | Title |
1:40 | 132 |
An Investigation of the Impedance Rise in High-Power Li-ion Cells - I. Bloom, S. Jones, G. Henriksen
(Argonne National Laboratory), C. Motloch, J. Christophersen, and J. Belt (Idaho National Environmental and Engineering Laboratory) |
2:00 | 133 |
Implications of Differential Capacity for the Analysis of Li-Ion Batteery Performance and Life Evaluations -
R.B. Wright, J.C. Christophersen, J.R. Belt, C.G. Motloch, C.D. Ho (Idaho National Engineering and Environmental Laboratory), and I.D. Bloom
(Argonne National Laboratory) |
2:20 | 134 |
Capacity Fade Studies of Li-ion Cells Cycled at Different Temperatures - B.
Popov, P. Ramadass, B. Haran, and R. White (University of South Carolina) |
2:40 | 135 |
Pathway to Understanding Fading Mechanism in Lithium-Ion Batteries -
B.Y. Liaw, R. Jungst, E.P. Roth, G. Nagasubramanian, H. Case, and D. Doughty (Sandia National Laboratories) |
3:00 | 136 |
Synthesis and Characterization of Thin Film Lithium-Ion Batteries Using Polymer Electrolytes - J.
Maranchi, P. Kumta (Carnegie Mellon University), and A. Hepp (NASA Glenn Research Center) |
3:20 | 137 |
Effect of Chemical Properties of Poly(vinylidene fluoride) (PVDF) Binder on the Surface Chemistry and Electrochemical Behavior of the Anodes of Lithium Ion Batteries - M.
Yoo, C. Frank (Stanford University), and S. Yamaguchi (Mitsubishi Chemical Corporation) |
3:40 | 138 |
Measurement of Electrolyte Transport Parameters in a Lithium Ion Battery - Q.
Guo, V. Subramanian, J. Weidner, and R. White (University of South Carolina) |
4:00 | 139 |
Ionic Conduction of Lithium in B-site Substituted Perovskite Related Compounds,(Li0.1La0.3)yMxNb1-xO3 (M=Zr,Ti, Ta) - M. Nakayama, H. Ikuta, Y.
Uchimoto, and M. Wakihara (Tokyo Institute of Technology) |
4:20 | 140 |
Lithium Ion Conduction in Solid Polymer Electrolyte Containing Borate Ester Groups - Y.
Uchimoto, K. Suwa, Y. Kato (Tokyo Institute of Technology), S. Yokoyama, T. Yabe (NOF Corporation), H. Ikuta, and M. Wakihara (Tokyo Institute of Technology) |
4:40 | 141 |
Highly-Fluorinated, High-Performance Electrolytes For Lithium Batteries and Other Electrochemical Devices -
S.H. Strauss (Colorado State University) |
5:00 | 142 |
Study of Polypropylene Separator Degradation in High-Power Lithium-Ion Cells - L.
Norin, R. Kostecki, and F. McLarnon (Lawrence Berkeley National Laboratory) |
5:20 | 143 |
New Gel-type Polymer Electrolyte for Rechargeable Lithium Batteries - N.
Oyama, Y. Fujimoto, O. Hatozaki (Tokyo University of Agriculture and Technology), K.
Nishijima, and Y. Iwase (Du Pont-Mitsui Polychemicals Co., LTD) |
5:40 | 144 |
A 10 A-hr Prototype Lithium-Ion Battery System for Electric/Hybrid Vehicle Applications - S.
Al-Hallaj (Illionois Inst. of Technology), A. Lateef, J.R. Selman (Illionois Institute of Technology), and R. Clarksean (Leading Technology Design, INC) |
Thursday, May 16, 2002
Co-Chair: M. Perry
Time | Abs# | Title |
8:00 | 145 |
Latest Advancements in the Conductivity Enhancement Graphite for Alkaline Batteries - I.V.
Barsukov, P. Jurek, M. Gallego, T. Huerta, and P. Zaleski (Peter R. Carney Technology Center) |
8:20 | 146 |
Using a Chemical Physics Approach for Comprehensive Modeling of Battery Electrolytes - K. Gering (Idaho National Engineering and Environmental Laboratory) |
8:40 | 147 |
Comparison of Cycle Behavior of VRLA Cells in Positive- and Negative-Load Limiting Configurations - K. Bethune and
B.Y. Liaw (University of Hawaii) |
9:00 | 148 |
Prodiction of Electrochemical Micro-Power Sources with Laser Engineerign - R.
Wartena, C. Arnold, B. Pratap, A. Pique, and K. Swider-Lyons (Naval Research Laboratory) |
9:20 | 149 |
Micro Fuel Cell Based on Thick Photoresist - S.W. Cha,
S.-J.J. Lee, R. O'Hayre, Y.-I. Park, Y. Saito, and F.B. Prinz (Stanford University) |
9:40 | |
Thirty-Minute Intermission - |
10:20 | 150 |
Analysis Technologies for Continuous Electrocatalyst Layer Fabrication: Future Expectations and Possible Approaches - P. Faguy
(MicroCoating Technologies) |
10:40 | 151 |
Electrochemical Oxidation Properties of Metal and Oxide Catalysts for Methane in Solid Oxide Fuel Cell - K. Sato, K.
Ogasa, N. Saito, H. Nishiyama, and Y. Inoue (Nagaoaka University of Technology) |
11:00 | 152 |
Significant Improvement of the Oxide Ion Conductivity in the Substituted La_0.9Sr0.1Ga1-x-yYxMgyO3-z Perovskite -
G.V.M. Kiruthika (University of Liverpool) and U.V. Varadaraju (Indian Insitute of Technology Madras) |
11:20 | 153 |
Use of Metal Sulfides as Anode Catalysts in H2S SOFC - M. Liu, P. He, G.
Wei, J. Luo, A. Sanger, and K. Chuang (University of Alberta) |
11:40 | 154 |
Dopant Incorporation in Proton Conducting Perovskites - J. Wu, L. Li, and S. Haile (California Institute of Technology) |
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