Solid Oxide Fuel Cells IX: (SOFC-IX) : Proceedings of the International Symposium

Front Cover
S. C. Singhal
The Electrochemical Society, 2005 - Electrolytes
 

Contents

Status of National Project for SOFC Development in Japan
32
Overview of the Development of Solid Oxide Fuel Cells at Forschungszentrum
39
Development Update on Delphis SOFC Stack
48
Design of a SOFC APU Stack from an Automotive Suppliers
59
Recent Results of the SOFC APU Development at DLR
66
Solid Oxide Fuel Cell Systems for Stationary Power Generation Applications
76
Development of MOLB Type SOFC
82
The Status of SOFC Development at Versa Power Systems
89
The Development of Several 100 kWClass Tubular Type Solid Oxide Fuel Cell
98
Manufacturability of Very Thin Electrolyte Tapes for SOFCs in an ISO 9001
99
Stacks and Systems Based Around Metal Supported SOFCS Operating at 500600C
113
GasTight Zirconia Electrolyte Layers for SOFCs by Atmospheric Plasma
115
Wärtsilä Haldor Topsøe SOFC Test System
123
Development of Tubular SOFC at TOTO
133
SOFC Stack Development at United Technologies Corporation
141
Progress in Stack Power Density Using the SOFCONNEX Concept
147
Planar SOFC Stack with LowCost MultiLayer Ceramic Interconnect
157
Status and Recent Progress in SOFC Development at Haldor Topsøe AS and Risø
168
Testing Capacity Extension Through Using Systems Installed at Customer Sites
177
Protective Gas for SOFC Systems Based on WaterAlcohol Mixtures
191
Current Status of 1 kW Class SOFC System
208
Aspects of Process Design of SOFC Hybrid Systems for Aeronautic and Maritime
229
Application of Solid Oxide Fuel Cells to Aircraft
249
Southern California Edisons Interest and Perspective
267
Optimization and Demonstration of a Solid Oxide Regenerative Fuel Cell
285
Applications and Markets for Solid Oxide Regenerative Fuel Cells
295
Development of SOFCType Reactor for NO Decomposition and Graphite
306
A New Approach to Enhanced Anodic and Cathodic
313
High Power Density Cell Development at Siemens Westinghouse
322
Design and Fabrication of SegmentedInSeries Cells
333
Investigation of Porous Metallic Substrates for Plasma Sprayed ThinFilm
344
Introduction of Liquid AnodeSolid Oxide Electrolyte Fuel Cell and Its Direct
353
Study of a New Solid Oxide Fuel Cell Operated at Intermediate Temperatures
363
Comparing Dry and Humidified Conditions
371
SingleChamber Solid Oxide Fuel Cell with MicroPatterned Interdigitated
378
Fabrication of an Anode Supported Tubular SOFC System
384
Innovative LaserBased Process for Development and Manufacturing of Solid
466
InDEC B V on the Road Towards Commercialization
476
DirectWrite Fabrication of Solid Oxide Fuel Cells
489
Effect of Operational Conditions on LongTerm Stability of SOFCs
503
Propane Conversion on RuCGO Catalysts for Application in Intermediate
512
Detailed Characterization of Anode Supported SOFCs by Impedance
524
Electrochemical Characterization and Modeling of Anode Supported Solid Oxide
544
Performance of Solid Oxide Fuel Cells with Controlled Microstructure of Anode
564
Performance of Anode Supported Cells with NiSCSZ Anode for Low SC Methane
585
Influence of Interfacial Reaction on Electrode Performance and Ohmic Losses
595
Influence of Stack Materials on the Electrochemical Performance of Anode
603
Experiments and Model Validation
611
Influence of Steam Concentration on the Degradation Behavior of Reversible Solid
621
CELL STACK AND SYSTEM MODELING
627
Thermodynamic Limits of Electrical Efficiency in Hydrocarbon Fueled SOFC
640
Computational Predictions of Cell Efficiency and Fuel Utilization as a Function
649
A Comparison of Transient Process
659
Computational Modeling of the Performance Characteristics of Micro Scale
670
The Influence of Heterogeneous Chemistry and Electrochemistry on GasPhase
679
Performance Modeling of Solid Oxide Fuel Cells with a Mixed Conducting
689
Impedance Simulations of SOFC Patterned and Cermet Anodes from Detailed
708
Gas Transport in Porous Electrodes of Solid Oxide Fuel Cells
729
Simulation of Planar SOFC Electrical Performance Considering Gas Components
749
A TwoDimensional Model of a SingleChamber SOFC with Hydrocarbon Fuels
771
Computational Approach to SolidGas Interactions in SOFC
790
Simulation Results and Experimental Validation of SOFC Operation Under
806
NonIsothermal and Dynamic SOFC VoltageCurrent Behavior
814
Mechanistic Modeling of Tubular Solid Oxide Fuel Cells Operating with Syngas
827
Startup Strategy for Operating a Solid Oxide Fuel Cell Based on Transient Analyses
845
Dynamic Modeling of Wärtsilä 5 kW SOFC System
865
Novel Approaches
885
Sulfur Tolerance of Solid Oxide Fuel Cells 1267
902
ThermoMechanical Aspects of SOFC Operations
903
Failure Analysis as an Essential Component of an SOFC Development Program
923
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