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Series[ Faculty papers Subseries[ Fehribach Joseph D Location[ (*5) Contents[ Papers and publications: Internal resistance computations for MCFC using electrochemical potentials / Joseph D Fehribach. Electrochemical Society Proceedings, Vol.97, No.4, pp.363-369. The derivation of electrochemical-potential models for molten carbonate fuel-cell cathodes / Joseph D Fehribach. ms. 24p. An X-Y coriolis perturbation in v4 of CD3Br / Josepf D Fehribach. Journal of molecular spectroscopy, Vol.90 (1981), p.33-42. Diffusion of ion-implanted boron and phosphorus during rapid thermal annealing of silicon / J.D. Fehribach ... [et al.] Thirteenth International Conference on Defects in Semiconductors, Conference proceedings, 1984, pp.539-546. Asympototic estimates of diffusion times for rapid thermal annealing / J.D. Fehribach, R. Ghez, G.S. Oehrlein. Applied Physics Letters, Vol.46, no.4 (February 15,1985), pp.433-435. The analysis of diffusion data by a method of moments / J.D. Fehribach . Journal of Electrochemical Society: Solid State Science and Technology, Vol. 132, No.11, (November 1985), pp.2759-2761. Perturbation methods for solid diffusion in a Stefan problem / J.D. Fehribach. SIAM Journal of Mathematical Analysis, Vol.19, no.1 (January 1988), pp.86-99. Analysis of models for two solution crystal growth problems / J.D. Fehribach. Journal of Crystal Growth, Vol. 94 (1989), pp.6-13. Approximately periodic solutions of the elastic string equations / J.D. Fehribach, Michael Shearer. Applicable Analysis, Vol.32 (May 30, 1989), pp.1-13. Temperature measurement validity for dual spectral-band radiometric techniques / J.D. Fehribach, R. Barry Johnson. Optical Engineering, Vol.28, no.12 (December 1989), pp.1255-1259. A numerical study of the onset of baroclinic instabilities in spherical geometry / J.D. Fehribach. Geophysics, Astrophysics, Fluid Dynamics, Vol.52 (April 1989), pp.25-43. Analysis and application of a continuation method for a self-similar coupled Stefan system / J.D.Fehribach. Quarterly of Applied Mathematics, Vol.51, no.3 (September 1993), pp.405-423. Analysis for a molten carbonate fuel cell / J.D. Fehribach, C.J. van Duijn. Electronic Journal of Differential Equations, Vol.1993, no.06 (October 19, 1993), pp.1-25. Mullins-Serkerka stability analysis for melting-freezing waves in helium / J.D. Fehribach. European Journal of Applied Mathematics, Vol.5 (1994), pp.21-37. A three-phase homogeneous model for porous electrodes in molten-carbonate fuel cells / Joseph D Fehribach. Journal of the Electrochemical Society, Vol.143, No.5 (May 1996), pp.1617-1628. The modeling of molten carbonate fuel-cell cathodes using electrochemical potentials / Joseph D Fehribach. Molten Salt Forum, Vols. 5-6 (1998), pp.123-126. New exact solutions for a free boundary system / Joseph D Fehribach. Journal Phys A: Math. Gen. Vol.31,(1998), pp.3815-3829.