Unraveling the maze: Understanding of diesel reforming through the use of simplified fuel blends von Kopasz, J.P., Applegate, D., Miller, L., Liao, H.K., Ahmed, S.

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Fuel processing for fuel cell systems in transportation and portable power applications von Krumpelt, M, Krause, T.R, Carter, J.D, Kopasz, J.P, Ahmed, S

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Tritium release from lithium titanate, a low-activation tritium breeding material von Kopasz, J.P., Miller, J.M., Johnson, C.E.

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The U.S. DOEs High Temperature Membrane Effort von Epping Martin, K., Kopasz, J. P.

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U.S. Department of Energy Polymer Electrolyte Membrane Fuel Cell Catalyst Development Activities von Benjamin, Thomas G., Epping-Martin, Kathleen, Garland, Nancy L., Ho, Donna L., Kopasz, John P., Papageorgopoulos, Dimitrios C., Podolski, Walter F.

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Use of Sol−Gel Systems for Solid/Liquid Separation von Chaiko, David J, Kopasz, John P, Ellison, Adam J. G

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Spatial tritium transport in single-crystal lithium aluminate von Kopasz, J.P., Seils, C.A., Johnson, C.E.

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Tritium release from lithium aluminate: can it be improved? von Kopasz, J.P., Seils, C.A., Johnson, C.E.

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Tritium transport and retention in SiC von Tam, S.W., Kopasz, J.P., Johnson, C.E.

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Tritium release from beryllium discs and lithium ceramics irradiated in the SIBELIUS experiment von Johnson, C.E., Baldwin, D.L., Kopasz, J.P.

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Performance of ceramic breeder materials in the SIBELIUS experiment von Kopasz, J.P., Johnson, C.E., Baldwin, D.L.

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Modeling of tritium behavior in ceramic breeder materials von Kopasz, J.P., Tam, S.W., Johnson, C.E.

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Enhanced tritium transport and release by solids modification von Kopasz, J.P., Tam, S.W., Johnson, C.E.

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Progress in the knowledge of the mechanism of tritium release from lithium ceramics von Botter, F., Tistchenko, S., Briec, M., Kopasz, J.P.

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