Fuel Cell and Electrochemistry Technical Papers

Fuel Cells and Fuel Cell Testing

1. Fuel Cell Magazine 2004

M. Smith, D. Johnson and L. Scribner, "Electrical Test Methods for Evaluating Fuel Cell MEA Resistance," Fuel Cell Magazine, 4, Feb/Mar, 15-17 (2004).

2. Fuel Cell Magazine 2005

M. Smith, K. Cooper, D. Johnson and L. Scribner, "Comparison of Fuel Cell Electrolyte Resistance Measurement Techniques," Fuel Cell Magazine, 5, Apr/May, 26-31 (2005).

3. Fuel Cell Magazine 2006

K.R. Cooper, M. Smith and M. Brownawell, "Humidity and Fuel Cell Testing," Fuel Cell Magazine, 6, Apr/May, 35-39 (2006).

4. Fuel Cell Magazine 2008

K.R. Cooper, "In Situ PEM Fuel Cell Fuel Crossover and Electrical Short Circuit Measurement," Fuel Cell Magazine, 8, Aug/Sept, 34-35 (2008).

5. Fuel Cell Magazine 2009

K.R. Cooper, "In Situ PEM Fuel Cell Electrochemical Surface Area and Catalyst Utilization Measurement," Fuel Cell Magazine, 9, Jan/Feb, 28-30 (2009).

6. Journal of Power Sources

K.R. Cooper and M. Smith, "Electrical Test Methods for On-line Fuel Cell Ohmic Resistance Measurement," Journal of Power Sources, 160, 1088–1095 (2006).

7. “Electrochemical Impedance Spectroscopy (EIS): A Powerful and Cost-Effective Tool for Fuel Cell Diagnostics,” Scribner Associates Inc., 2009.

 

Solid Electrolyte and Membrane Resistance and Conductivity Measurement

1. K.R. Cooper, "Progress Toward Accurate Through-Plane Ion Transport Resistance Measurement of Thin Solid Electrolytes," Journal of the Electrochemical Society, 157, B1731-B1739 (2010).

2. K.R. Cooper, "Characterizing Through-Plane and In-plane Ionic Conductivity of Polymer Electrolyte Membranes," ECS Transactions, 41(1) 1371-1380 (2011).

3. K. Si, R. Wycisk, D. Dong, K. Cooper, M. Rodgers, P. Brooker, D. Slattery and M. Litt (2013) "Rigid Rod Poly(phenylenesulfonic acid) Proton Exchange Membranes with Crosslinkable Biphenyl Groups for Fuel Cell Applications" (featuring resistance and conductivity data using Scribner’s 740 Membrane Test System)

 

Multi-channel Microelectrode Array

1. K.R. Cooper, M. Smith and D. Johnson, "Development and Demonstration of Measurement-Time Efficient Methods for Impedance Spectroscopy of Electrode and Sensor Arrays," Sensors, 8, 1774-1796 (2008).

2. K.R. Cooper, M. Casulli, M. Smith and D. Johnson, "A High Measurement Channel Density Impedance Array Analyzer: Instrumentation and Implementation Approaches," 216th ECS Meeting - Impedance Techniques: Diagnostics and Sensing Applications, 25(32), 35-48 (2010).


Scribner Associates Inc.

Is a leading developer of high-quality instrumentation and software for the electrochemical research and development (R&D) community. Scribner Associates’ hardware and software products are used by academic, private and government laboratories in the areas of fuel cell development and evaluation, battery and redox flow cell technology, corrosion science and engineering, electrochemical sensors and multi-electrode arrays.

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